stdClass Object ( [Parts] => Array ( [0] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 206.64 [TotalPrice] => 206.64 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 96 [Parameter] => Number of Bits [Value] => 24, 32 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 164 [Parameter] => Sampling Rate (Per Second) [Value] => 38k ) [4] => stdClass Object ( [ParameterId] => 243 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/product-detail/en/adafruit-industries-llc/1085/1528-1461-ND/5761229 [PrimaryDatasheet] => https://cdn-learn.adafruit.com/downloads/pdf/adafruit-4-channel-adc-breakouts.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Adafruit%20Industries%20LLC/1085.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 5 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/adafruit [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1115 - 16 Bit 860 Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => 1085 [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 5761229 [QuantityOnHand] => 796 [DigiKeyPartNumber] => 1528-1461-ND [ProductDescription] => ADS1115 16BIT ADC 4CH PROG GAIN [UnitPrice] => 14.95 [ManufacturerName] => stdClass Object ( [Id] => 1528 [Text] => Adafruit Industries LLC ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 500 ) [3] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 102.8 [TotalPrice] => 102.8 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 371 [Parameter] => Sampling Rate (Per Second) [Value] => 512k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 965 [Parameter] => Power (Typ) @ Conditions [Value] => 36.8mW @ 512kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16001 [Parameter] => Utilized IC / Part [Value] => ADS127L01 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1208 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS127L01EVM/296-44426-ND/6110491 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau261 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS127L01EVM.JPG [PrimaryVideo] => 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Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 961 [Parameter] => Power (Typ) @ Conditions [Value] => 345mW @ 256kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 15886 [Parameter] => Utilized IC / Part [Value] => AD7768-4 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7768-4FMCZ/EVAL-AD7768-4FMCZ-ND/6072223 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/user-guides/EVAL-AD7768-4FMCZ-UG-921.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_EVAL-AD7768-4FMCZ.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( 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Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 3 [Parameter] => Number of A/D Converters [Value] => 4 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 74 [Parameter] => Sampling Rate (Per Second) [Value] => 128k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 58 [Parameter] => Input Range [Value] => ±VREF/gain ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 955 [Parameter] => Power (Typ) @ Conditions [Value] => 15.8mW @ 128kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 15638 [Parameter] => Utilized IC / Part [Value] => ADS131A04 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS131A04EVM/296-44085-ND/5994529 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau259 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS131A04EVM.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5007205093001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS131A04 - 24 Bit 128k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS131A04EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 5994529 [QuantityOnHand] => 12 [DigiKeyPartNumber] => 296-44085-ND [ProductDescription] => EVAL BOARD FOR ADS131A04 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [6] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 172.5 [TotalPrice] => 172.5 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array 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[Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7768FMCZ/EVAL-AD7768FMCZ-ND/5957825 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/user-guides/EVAL-AD7768FMCZ_UG-917.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_EVAL-AD7768FMCZ.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7768 - 24 Bit 256k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7768FMCZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5957825 [QuantityOnHand] => 9 [DigiKeyPartNumber] => EVAL-AD7768FMCZ-ND [ProductDescription] => BOARD EVAL FOR AD7768 [UnitPrice] => 172.5 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 15 [AvailableOnOrder] => 0 ) [7] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 204 [TotalPrice] => 204 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => 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http://media.digikey.com/photos/Linear%20Tech%20Photos/DC2290A-A.JPG [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/4645864210001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC2387-18 - 18 Bit 15M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC2290A-A [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5638179 [QuantityOnHand] => 8 [DigiKeyPartNumber] => DC2290A-A-ND [ProductDescription] => DEMO BOARD LTC2387-18 [UnitPrice] => 204 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 171 [AvailableOnOrder] => 0 ) [8] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 414.32 [TotalPrice] => 414.32 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 130 [Parameter] => Sampling Rate (Per Second) [Value] => 250M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 150 [Parameter] => Data Interface [Value] => JESD204B, Parallel, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 16 [Parameter] => Input Range [Value] => 2 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 10022 [Parameter] => Utilized IC / Part [Value] => ADS42JB69 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS42JB69EVM/296-36473-ND/3902095 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau467 [PrimaryPhoto] => http://media.digikey.com/photos/Texas%20Instr%20Photos/ADS42JB69EVM.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) 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[Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 106 [Parameter] => Sampling Rate (Per Second) [Value] => 1G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 192 [Parameter] => Data Interface [Value] => JESD204B, Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 296 [Parameter] => Input Range [Value] => 1.9 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 926 [Parameter] => Power (Typ) @ Conditions [Value] => 2.8W @ 1GSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 14667 [Parameter] => Utilized IC / Part [Value] => ADS54J60 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1208 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS54J60EVM/296-44579-ND/5452290 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau629 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADS54J60EVM.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS54J60 - 16 Bit 1G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS54J60EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5452290 [QuantityOnHand] => 6 [DigiKeyPartNumber] => 296-44579-ND [ProductDescription] => EVAL MODULE ADS54J60 [UnitPrice] => 829.68 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [10] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 862.92 [TotalPrice] => 862.92 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( 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Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/AD9694-500EBZ/AD9694-500EBZ-ND/7606619 [PrimaryDatasheet] => https://wiki.analog.com/resources/eval/ad9694-500ebz [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_AD9694-500EBZ.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD9694 - 14 Bit 500M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => AD9694-500EBZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 7606619 [QuantityOnHand] => 8 [DigiKeyPartNumber] => AD9694-500EBZ-ND [ProductDescription] => EVAL BOARD FOR AD9694 [UnitPrice] => 862.92 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [11] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 1182.6 [TotalPrice] => 1182.6 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 10 [Parameter] => Number of Bits [Value] => 14 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 502 [Parameter] => Sampling Rate (Per Second) [Value] => 1.25G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 147 [Parameter] => Data Interface [Value] => Serial JESD204B, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 295 [Parameter] => Input Range [Value] => 1.58 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 930 [Parameter] => Power (Typ) @ Conditions [Value] => 3.7W @ 1.25GSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 11911 [Parameter] => Utilized IC / Part [Value] => AD9680 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/AD9680-1250EBZ/AD9680-1250EBZ-ND/5726242 [PrimaryDatasheet] => https://wiki.analog.com/resources/eval/ad9680-1000ebz [PrimaryPhoto] => http://media.digikey.com/photos/Analog%20Devices%20Photos/AD9680-1250EBZ_Top.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5026322351001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD9680 - 14 Bit 1.25G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => AD9680-1250EBZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5726242 [QuantityOnHand] => 2 [DigiKeyPartNumber] => AD9680-1250EBZ-ND [ProductDescription] => EVAL BOARD FOR AD9680-1250 [UnitPrice] => 1182.6 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 9 [AvailableOnOrder] => 0 ) [12] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 1243.2 [TotalPrice] => 1243.2 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 4 [Parameter] => Number of Bits [Value] => 12 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 1 [Parameter] => Sampling Rate (Per Second) [Value] => - ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 147 [Parameter] => Data Interface [Value] => Serial JESD204B, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 184 [Parameter] => Input Range [Value] => 1.1 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 12073 [Parameter] => Utilized IC / Part [Value] => AD9625 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/AD-FMCADC2-EBZ/AD-FMCADC2-EBZ-ND/4915055 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/Analog%20Devices%20PDFs/AD-FMCADC2-EBZ_Web.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/AD-FMCADC2-EBZ.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5026322351001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD9625 - 12 Bit Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => AD-FMCADC2-EBZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 4915055 [QuantityOnHand] => 11 [DigiKeyPartNumber] => AD-FMCADC2-EBZ-ND [ProductDescription] => EVAL BOARD FOR FMC MODULE [UnitPrice] => 1243.2 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 34 [AvailableOnOrder] => 0 ) [13] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 1458 [TotalPrice] => 1458 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 10 [Parameter] => Number of Bits [Value] => 14 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 166 [Parameter] => Sampling Rate (Per Second) [Value] => 3G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 192 [Parameter] => Data Interface [Value] => JESD204B, Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 185 [Parameter] => Input Range [Value] => 1.7 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 995 [Parameter] => Power (Typ) @ Conditions [Value] => 1.65W @ 3GSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 17494 [Parameter] => Utilized IC / Part [Value] => AD9208 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/AD9208-3000EBZ/AD9208-3000EBZ-ND/7324234 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/data-sheets/AD9208.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_AD9208-3000EBZ.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5825481045001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD9208 - 14 Bit 3G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => AD9208-3000EBZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 7324234 [QuantityOnHand] => 7 [DigiKeyPartNumber] => AD9208-3000EBZ-ND [ProductDescription] => EVAL BD FOR AD9208-3000 [UnitPrice] => 1458 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 38 [AvailableOnOrder] => 0 ) [14] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 2075.76 [TotalPrice] => 2075.76 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 4 [Parameter] => Number of Bits [Value] => 12 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 595 [Parameter] => Sampling Rate (Per Second) [Value] => 4G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 192 [Parameter] => Data Interface [Value] => JESD204B, Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 271 [Parameter] => Input Range [Value] => 725 mVpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 837 [Parameter] => Power (Typ) @ Conditions [Value] => 2.17W @ 4GSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 13028 [Parameter] => Utilized IC / Part [Value] => ADC12J4000 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1211 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s), Power Supply ) ) [PartUrl] => /product-detail/en/texas-instruments/ADC12J4000EVM/296-41149-ND/4996083 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau551 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADC12J4000EVM.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADC12J4000 - 12 Bit 4G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADC12J4000EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 4996083 [QuantityOnHand] => 7 [DigiKeyPartNumber] => 296-41149-ND [ProductDescription] => EVAL BOARD FOR ADC12J4000 [UnitPrice] => 2075.76 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [15] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 2594.96 [TotalPrice] => 2594.96 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 4 [Parameter] => Number of Bits [Value] => 12 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 687 [Parameter] => Sampling Rate (Per Second) [Value] => 6.4G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 23 [Parameter] => Data Interface [Value] => Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 1 [Parameter] => Input Range [Value] => - ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 1 [Parameter] => Utilized IC / Part [Value] => - ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADC12DJ3200EVM/296-47689-ND/7563630 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau701 [PrimaryPhoto] => [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => - 12 Bit 6.4G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADC12DJ3200EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 7563630 [QuantityOnHand] => 24 [DigiKeyPartNumber] => 296-47689-ND [ProductDescription] => EVAL BOARD FOR ADC12DJ3200 [UnitPrice] => 2594.96 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [16] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 2594.96 [TotalPrice] => 2594.96 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 10 [Parameter] => Number of Bits [Value] => 14 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 166 [Parameter] => Sampling Rate (Per Second) [Value] => 3G ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 192 [Parameter] => Data Interface [Value] => JESD204B, Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 301 [Parameter] => Input Range [Value] => 1.35 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 963 [Parameter] => Power (Typ) @ Conditions [Value] => 6.7W @ 3GSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 15907 [Parameter] => Utilized IC / Part [Value] => ADC32RF45 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1208 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADC32RF45EVM/296-46028-ND/6131634 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau620 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADC32RF45EVM.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADC32RF45 - 14 Bit 3G Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADC32RF45EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6131634 [QuantityOnHand] => 3 [DigiKeyPartNumber] => 296-46028-ND [ProductDescription] => ADC32RF45 EVALUATION MODULE [UnitPrice] => 2594.96 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [17] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 12.36 [TotalPrice] => 12.36 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 11 [Parameter] => Number of Bits [Value] => 18 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 356 [Parameter] => Sampling Rate (Per Second) [Value] => 3.75 ~ 240 ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 33 [Parameter] => Data Interface [Value] => I²C ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 1609 [Parameter] => Utilized IC / Part [Value] => MCP3424 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/dfrobot/DFR0316/1738-1178-ND/6588599 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/DFRobot%20PDFs/DFR0316_Web.pdf [PrimaryPhoto] => http://media.digikey.com/photos/DFRobot/DFR0316.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 4 weeks [ManufacturerPageUrl] => /en/supplier-centers/d/dfrobot [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => MCP3424 - 18 Bit 3.75 ~ 240 Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DFR0316 [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6588599 [QuantityOnHand] => 35 [DigiKeyPartNumber] => 1738-1178-ND [ProductDescription] => MCP3424 18-BIT ADC-4 CHANNEL WIT [UnitPrice] => 12.36 [ManufacturerName] => stdClass Object ( [Id] => 1738 [Text] => DFRobot ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 61 ) [18] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 50.88 [TotalPrice] => 50.88 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) 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[ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADC128S102EVM/296-45576-ND/5066890 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/snau167 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADC128S102EVM.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADC128S102 - 12 Bit 1M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADC128S102EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5066890 [QuantityOnHand] => 15 [DigiKeyPartNumber] => 296-45576-ND [ProductDescription] => EVAL BOARD FOR ADC128S102 [UnitPrice] => 50.88 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 5 ) [19] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 51 [TotalPrice] => 51 ) [1] => stdClass Object ( [BreakQuantity] => 100 [UnitPrice] => 50.2504 [TotalPrice] => 5025.04 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 242 [Parameter] => Sampling Rate (Per Second) [Value] => 8k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 81 [Parameter] => Data Interface [Value] => MICROWIRE™, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 1 [Parameter] => Input Range [Value] => - ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 6956 [Parameter] => Utilized IC / Part [Value] => LTC2449 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/linear-technology-analog-devices/DC742B/DC742B-ND/4808975 [PrimaryDatasheet] => http://www.linear.com/docs/44389 [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_DC742B.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC2449 - 24 Bit 8k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC742B [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 4808975 [QuantityOnHand] => 8 [DigiKeyPartNumber] => DC742B-ND [ProductDescription] => BOARD DELTA SIGMA ADC LTC2449 [UnitPrice] => 51 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 342 [AvailableOnOrder] => 2 ) [20] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 51 [TotalPrice] => 51 ) [1] => stdClass Object ( [BreakQuantity] => 100 [UnitPrice] => 50.2504 [TotalPrice] => 5025.04 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 55 [Parameter] => Sampling Rate (Per Second) [Value] => 100k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 81 [Parameter] => Data Interface [Value] => MICROWIRE™, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 1 [Parameter] => Input Range [Value] => - ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 6938 [Parameter] => Utilized IC / Part [Value] => LTC1859 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/linear-technology-analog-devices/DC682A/DC682A-ND/3029537 [PrimaryDatasheet] => http://www.analog.com/media/en/dsp-documentation/evaluation-kit-manuals/dc682af.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/MFG_DC682A.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/2829053611001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 19123 [Parameter] => Series [Value] => SoftSpan™ ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC1859 SoftSpan™ 16 Bit 100k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC682A [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 3029537 [QuantityOnHand] => 7 [DigiKeyPartNumber] => DC682A-ND [ProductDescription] => BOARD SAR ADC LTC1859 [UnitPrice] => 51 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 128 [AvailableOnOrder] => 0 ) [21] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 55.31 [TotalPrice] => 55.31 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 640 [Parameter] => Sampling Rate (Per Second) [Value] => 19.2k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 83 [Parameter] => Data Interface [Value] => DSP, MICROWIRE™, QSPI™, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 58 [Parameter] => Input Range [Value] => ±VREF/gain ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 14094 [Parameter] => Utilized IC / Part [Value] => AD7124-8 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7124-8SDZ/EVAL-AD7124-8SDZ-ND/5300406 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/Analog%20Devices%20PDFs/AD7124-8SDZ_EVB_UG.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/EVAL-AD7124-8SDZ.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => 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=> 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 68 [Parameter] => Number of Bits [Value] => 32 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 60 [Parameter] => Sampling Rate (Per Second) [Value] => 10k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 83 [Parameter] => Data Interface [Value] => DSP, MICROWIRE™, QSPI™, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 991 [Parameter] => Power (Typ) @ Conditions [Value] => 105mW @ 10kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 14264 [Parameter] => Utilized IC / Part [Value] => AD7177-2 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1213 [Parameter] => Supplied Contents [Value] => Board(s), Power Supply ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7177-2SDZ/EVAL-AD7177-2SDZ-ND/5355556 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/user-guides/EVAL-AD7172-2SDZ_UG-762.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/EVAL-AD7177-2SDZ.JPG [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5392998712001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7177-2 - 32 Bit 10k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7177-2SDZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5355556 [QuantityOnHand] => 6 [DigiKeyPartNumber] => EVAL-AD7177-2SDZ-ND [ProductDescription] => EVAL BOARD FOR AD7177 [UnitPrice] => 55.31 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 24 [AvailableOnOrder] => 0 ) [23] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 60.94 [TotalPrice] => 60.94 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 108 [Parameter] => Sampling Rate (Per Second) [Value] => 1M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 159 [Parameter] => Data Interface [Value] => SPI, Parallel, DSP ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 21 [Parameter] => Input Range [Value] => ±10 V ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 982 [Parameter] => Power (Typ) @ Conditions [Value] => 230mW @ 1MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16902 [Parameter] => Utilized IC / Part [Value] => AD7616 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1213 [Parameter] => Supplied Contents [Value] => Board(s), Power Supply ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7616SDZ/EVAL-AD7616SDZ-ND/6566160 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/user-guides/EVAL-AD7616SDZ-UG-1012.pdf [PrimaryPhoto] => http://media.digikey.com/photos/Analog%20Devices%20Photos/EVAL-AD7616SDZ.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7616 - 16 Bit 1M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7616SDZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6566160 [QuantityOnHand] => 20 [DigiKeyPartNumber] => EVAL-AD7616SDZ-ND [ProductDescription] => EVALUATION BOARD [UnitPrice] => 60.94 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 141 [AvailableOnOrder] => 0 ) [24] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 83.44 [TotalPrice] => 83.44 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 129 [Parameter] => Sampling Rate (Per Second) [Value] => 250k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 36 [Parameter] => Data Interface [Value] => SPI, DSP ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 846 [Parameter] => Power (Typ) @ Conditions [Value] => 105mW @ 250kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 13232 [Parameter] => Utilized IC / Part [Value] => AD7175-2 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1213 [Parameter] => Supplied Contents [Value] => Board(s), Power Supply ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7175-2SDZ/EVAL-AD7175-2SDZ-ND/5011121 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/Analog%20Devices%20PDFs/EVAL-AD7175-2SDZ_UG_RevPr.C.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/EVAL-AD7175-2SDZ.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/5392998712001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7175-2 - 24 Bit 250k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7175-2SDZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( 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Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7771FMCZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 7606626 [QuantityOnHand] => 5 [DigiKeyPartNumber] => EVAL-AD7771FMCZ-ND [ProductDescription] => EVAL BOARD FOR AD7771 [UnitPrice] => 92.81 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 83 [AvailableOnOrder] => 0 ) [30] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 92.81 [TotalPrice] => 92.81 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 108 [Parameter] => Sampling Rate (Per Second) [Value] => 1M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 782 [Parameter] => Power (Typ) @ Conditions [Value] => 12mW @ 1MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 11551 [Parameter] => Utilized IC / Part [Value] => AD7903 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1213 [Parameter] => Supplied Contents 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[UnitPrice] => 95.6 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 19 [AvailableOnOrder] => 0 ) [32] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 102.8 [TotalPrice] => 102.8 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 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=> Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1220 - 24 Bit 2k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1220EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 4311724 [QuantityOnHand] => 19 [DigiKeyPartNumber] => 296-36517-ND [ProductDescription] => MODULE EVALUATION FOR ADS1220 [UnitPrice] => 102.8 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [33] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 102.8 [TotalPrice] => 102.8 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 187 [Parameter] => Sampling Rate (Per Second) [Value] => 4k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 58 [Parameter] => Input Range [Value] => ±VREF/gain ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 983 [Parameter] => Power (Typ) @ Conditions [Value] => 1.75mW @ 4kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16963 [Parameter] => Utilized IC / Part [Value] => ADS124S08 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS124S08EVM/296-45187-ND/6579520 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau272 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS124S08EVM.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS124S08 - 24 Bit 4k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS124S08EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6579520 [QuantityOnHand] => 18 [DigiKeyPartNumber] => 296-45187-ND [ProductDescription] => EVAL BOARD FOR ADS124S08 [UnitPrice] => 102.8 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [34] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 123.75 [TotalPrice] => 123.75 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 5 [Parameter] => Number of A/D Converters [Value] => 8 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 153 [Parameter] => Sampling Rate (Per Second) [Value] => 32k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 58 [Parameter] => Input Range [Value] => ±VREF/gain ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 964 [Parameter] => Power (Typ) @ Conditions [Value] => 117mW @ 32kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 15919 [Parameter] => Utilized IC / Part [Value] => AD7770 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7770FMCZ/EVAL-AD7770FMCZ-ND/6133435 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/data-sheets/AD7770.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/EVAL-AD7770FMCZ.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7770 - 24 Bit 32k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7770FMCZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6133435 [QuantityOnHand] => 2 [DigiKeyPartNumber] => EVAL-AD7770FMCZ-ND [ProductDescription] => EVAL BOARD FOR AD7770 [UnitPrice] => 123.75 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 22 [AvailableOnOrder] => 0 ) [35] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 129.38 [TotalPrice] => 129.38 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 5 [Parameter] => Number of A/D Converters [Value] => 8 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 331 [Parameter] => Sampling Rate (Per Second) [Value] => 256k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 967 [Parameter] => Power (Typ) @ Conditions [Value] => 631mW @ 256kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16041 [Parameter] => Utilized IC / Part [Value] => AD7761 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7761FMCZ/EVAL-AD7761FMCZ-ND/6072222 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/user-guides/EVAL-AD7761FMCZ-UG-949.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Analog%20Devices%20Photos/EVAL-AD7761FMCZ.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7761 - 16 Bit 256k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7761FMCZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 6072222 [QuantityOnHand] => 11 [DigiKeyPartNumber] => EVAL-AD7761FMCZ-ND [ProductDescription] => EVAL BOARD FOR AD7761 [UnitPrice] => 129.38 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 17 [AvailableOnOrder] => 0 ) [36] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 140.63 [TotalPrice] => 140.63 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 5 [Parameter] => Number of A/D Converters [Value] => 8 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 11 [Parameter] => Number of Bits [Value] => 18 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 114 [Parameter] => Sampling Rate (Per Second) [Value] => 200k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 116 [Parameter] => Data Interface [Value] => DSP, MICROWIRE™, Parallel, QSPI™, Serial, SPI™ ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 21 [Parameter] => Input Range [Value] => ±10 V ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 448 [Parameter] => Power (Typ) @ Conditions [Value] => 100mW @ 200kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 7320 [Parameter] => Utilized IC / Part [Value] => AD7609 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/analog-devices-inc/EVAL-AD7609EDZ/EVAL-AD7609EDZ-ND/2780592 [PrimaryDatasheet] => http://www.analog.com/media/en/technical-documentation/data-sheets/AD7609.pdf [PrimaryPhoto] => http://media.digikey.com/photos/Analog%20Devices%20Photos/EVAL-AD7609EDZ.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => AD7609 - 18 Bit 200k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => EVAL-AD7609EDZ [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 2780592 [QuantityOnHand] => 5 [DigiKeyPartNumber] => EVAL-AD7609EDZ-ND [ProductDescription] => BOARD EVAL FOR AD7609 [UnitPrice] => 140.63 [ManufacturerName] => stdClass Object ( [Id] => 505 [Text] => Analog Devices Inc. ) [ManfacturerPublicQuantity] => 89 [AvailableOnOrder] => 0 ) [37] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 3 [Parameter] => Number of A/D Converters [Value] => 4 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 74 [Parameter] => Sampling Rate (Per Second) [Value] => 128k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 54 [Parameter] => Power (Typ) @ Conditions [Value] => 31mW @ 52kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 2684 [Parameter] => Utilized IC / Part [Value] => ADS1274 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS1274EVM-PDK/296-30636-ND/2047079 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/Texas%20Instruments%20PDFs/ADS1174,1274EVM(-PDK)_UG.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS1274EVM-PDK.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/1646388065001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 28 weeks [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1274 - 24 Bit 128k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1274EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 2047079 [QuantityOnHand] => 12 [DigiKeyPartNumber] => 296-30636-ND [ProductDescription] => KIT PERFORMANCE DEV FOR ADS1274 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [38] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 5 [Parameter] => Number of A/D Converters [Value] => 8 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 74 [Parameter] => Sampling Rate (Per Second) [Value] => 128k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 22 [Parameter] => Input Range [Value] => ±2.5 V ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 54 [Parameter] => Power (Typ) @ Conditions [Value] => 31mW @ 52kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 1449 [Parameter] => Utilized IC / Part [Value] => ADS1278 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS1278EVM-PDK/296-30637-ND/1895601 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau197 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS1278EVM-PDK.jpg [PrimaryVideo] => https://www.digikey.com/api/videos/videoplayer/smallplayer/1646388065001 [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 28 weeks [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1278 - 24 Bit 128k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1278EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 1895601 [QuantityOnHand] => 11 [DigiKeyPartNumber] => 296-30637-ND [ProductDescription] => KIT EVAL/DEMO FOR ADS1278 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [39] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 5 [Parameter] => Number of A/D Converters [Value] => 8 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 114 [Parameter] => Sampling Rate (Per Second) [Value] => 200k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 160 [Parameter] => Data Interface [Value] => Parallel, Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 21 [Parameter] => Input Range [Value] => ±10 V ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 17330 [Parameter] => Utilized IC / Part [Value] => ADS8588S ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS8588SEVM-PDK/296-45469-ND/6820633 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau278 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADS8588SEVM-PDK.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS8588S - 16 Bit 200k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS8588SEVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6820633 [QuantityOnHand] => 8 [DigiKeyPartNumber] => 296-45469-ND [ProductDescription] => ADS8588S EVALUATION MODULE [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [40] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 4 [Parameter] => Number of Bits [Value] => 12 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 108 [Parameter] => Sampling Rate (Per Second) [Value] => 1M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 23 [Parameter] => Data Interface [Value] => Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 8 [Parameter] => Input Range [Value] => 0 ~ 5 V ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 360 [Parameter] => Power (Typ) @ Conditions [Value] => 14.5mW @ 1MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 3387 [Parameter] => Utilized IC / Part [Value] => ADS7953 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS7953EVM-PDK/296-30305-ND/2027423 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/slau262 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS7953EVM-PDK.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS7953 - 12 Bit 1M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS7953EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 2027423 [QuantityOnHand] => 7 [DigiKeyPartNumber] => 296-30305-ND [ProductDescription] => KIT PERFORMANCE DEMO FOR ADS7953 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 3 ) [41] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 112 [Parameter] => Sampling Rate (Per Second) [Value] => 2.5M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 980 [Parameter] => Power (Typ) @ Conditions [Value] => 9mW @ 2.5MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16879 [Parameter] => Utilized IC / Part [Value] => ADS9120 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1208 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS9120EVM-PDK/296-45074-ND/6562003 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau262 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS9120EVM-PDK.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS9120 - 16 Bit 2.5M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS9120EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6562003 [QuantityOnHand] => 6 [DigiKeyPartNumber] => 296-45074-ND [ProductDescription] => EVAL BOARD FOR ADS9120 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [42] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 68 [Parameter] => Number of Bits [Value] => 32 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 187 [Parameter] => Sampling Rate (Per Second) [Value] => 4k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 23 [Parameter] => Data Interface [Value] => Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 57 [Parameter] => Input Range [Value] => ±VREF/2 ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 209 [Parameter] => Power (Typ) @ Conditions [Value] => 12mW @ 4kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 3385 [Parameter] => Utilized IC / Part [Value] => ADS1282 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS1282EVM-PDK/296-30638-ND/2231581 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau144 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS1282EVM-PDK.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1282 - 32 Bit 4k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1282EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 2231581 [QuantityOnHand] => 8 [DigiKeyPartNumber] => 296-30638-ND [ProductDescription] => KIT DEVELOPMENT FOR ADS1282 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 5 ) [43] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 121 [Parameter] => Sampling Rate (Per Second) [Value] => 216k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 72 [Parameter] => Data Interface [Value] => Left-Justified, I2S™, and TDM ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 65 [Parameter] => Input Range [Value] => 5.6 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 251 [Parameter] => Power (Typ) @ Conditions [Value] => 340mw @ 192kHz ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 3303 [Parameter] => Utilized IC / Part [Value] => PCM4222 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/PCM4222EVM/296-30977-ND/1900031 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau124 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/PCM4222EVM.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => PCM4222 - 24 Bit 216k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => PCM4222EVM [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 1900031 [QuantityOnHand] => 2 [DigiKeyPartNumber] => 296-30977-ND [ProductDescription] => EVAL MODULE FOR PCM4222 [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [44] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 154.72 [TotalPrice] => 154.72 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 108 [Parameter] => Sampling Rate (Per Second) [Value] => 1M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 1 [Parameter] => Input Range [Value] => - ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 29 [Parameter] => Power (Typ) @ Conditions [Value] => - ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16003 [Parameter] => Utilized IC / Part [Value] => ADS8681 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS8681EVM-PDK/296-44428-ND/6110493 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau252 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS8681EVM-PDK.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS8681 - 16 Bit 1M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS8681EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 3 [Parameter] => Packaging [Value] => Bulk ) [PartId] => 6110493 [QuantityOnHand] => 2 [DigiKeyPartNumber] => 296-44428-ND [ProductDescription] => ADS8681 EVALUATION MODULE [UnitPrice] => 154.72 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [45] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 204 [TotalPrice] => 204 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 3 [Parameter] => Number of A/D Converters [Value] => 4 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 51 [Parameter] => Sampling Rate (Per Second) [Value] => 1.5M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 185 [Parameter] => Data Interface [Value] => CMOS, LVDS, Serial, SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 299 [Parameter] => Input Range [Value] => 8 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 981 [Parameter] => Power (Typ) @ Conditions [Value] => 162mW @ 1.5MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16891 [Parameter] => Utilized IC / Part [Value] => LTC2320-16 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/linear-technology-analog-devices/DC2395A-A/DC2395A-A-ND/6569321 [PrimaryDatasheet] => http://www.linear.com/docs/56243 [PrimaryPhoto] => http://media.digikey.com/Photos/Linear%20Tech%20Photos/DC2395A-A.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC2320-16 - 16 Bit 1.5M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC2395A-A [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 6569321 [QuantityOnHand] => 6 [DigiKeyPartNumber] => DC2395A-A-ND [ProductDescription] => DEMO BOARD FOR LTC2320-16 [UnitPrice] => 204 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 59 [AvailableOnOrder] => 0 ) [46] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 204 [TotalPrice] => 204 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 68 [Parameter] => Number of Bits [Value] => 32 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 108 [Parameter] => Sampling Rate (Per Second) [Value] => 1M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 27 [Parameter] => Input Range [Value] => ±VREF ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 975 [Parameter] => Power (Typ) @ Conditions [Value] => 24mW @ 1MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 16523 [Parameter] => Utilized IC / Part [Value] => LTC2508-32 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/linear-technology-analog-devices/DC2222A-B/DC2222A-B-ND/6195034 [PrimaryDatasheet] => http://www.linear.com/docs/53355 [PrimaryPhoto] => http://media.digikey.com/Photos/Linear%20Tech%20Photos/DC2222A-B.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC2508-32 - 32 Bit 1M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC2222A-B [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 6195034 [QuantityOnHand] => 4 [DigiKeyPartNumber] => DC2222A-B-ND [ProductDescription] => DEMO BOARD FOR LTC2508-32 [UnitPrice] => 204 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 4 [AvailableOnOrder] => 0 ) [47] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 204 [TotalPrice] => 204 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => RoHS Compliant [LeadStatus] => Lead Free [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 2 [Parameter] => Number of A/D Converters [Value] => 2 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 5 [Parameter] => Number of Bits [Value] => 16 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 73 [Parameter] => Sampling Rate (Per Second) [Value] => 125M ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 24 [Parameter] => Data Interface [Value] => Parallel ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 12 [Parameter] => Input Range [Value] => 1 ~ 2 Vpp ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 679 [Parameter] => Power (Typ) @ Conditions [Value] => 520mW @ 125MSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 8415 [Parameter] => Utilized IC / Part [Value] => LTC2185 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/linear-technology-analog-devices/DC1945A/DC1945A-ND/4766025 [PrimaryDatasheet] => http://www.linear.com/docs/43301 [PrimaryPhoto] => http://media.digikey.com/Photos/Linear%20Tech%20Photos/DC1945A.JPG [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => 8 weeks [ManufacturerPageUrl] => /en/supplier-centers/a/analog-devices [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => LTC2185 - 16 Bit 125M Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => DC1945A [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 4766025 [QuantityOnHand] => 3 [DigiKeyPartNumber] => DC1945A-ND [ProductDescription] => BOARD EVAL LTC2185 [UnitPrice] => 204 [ManufacturerName] => stdClass Object ( [Id] => 161 [Text] => Linear Technology/Analog Devices ) [ManfacturerPublicQuantity] => 83 [AvailableOnOrder] => 0 ) [48] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 206.64 [TotalPrice] => 206.64 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 19 [Parameter] => Number of Bits [Value] => 24 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 359 [Parameter] => Sampling Rate (Per Second) [Value] => 2k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 78 [Parameter] => Data Interface [Value] => SPI ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 1 [Parameter] => Input Range [Value] => - ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 507 [Parameter] => Power (Typ) @ Conditions [Value] => 2.3mW @ 2ksps ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 6197 [Parameter] => Utilized IC / Part [Value] => ADS1248 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1205 [Parameter] => Supplied Contents [Value] => Board(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS1248EVM-PDK/296-30631-ND/2231578 [PrimaryDatasheet] => https://media.digikey.com/pdf/Data%20Sheets/Texas%20Instruments%20PDFs/ADS1148,1248EVM(-PDK)_Gde.pdf [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/ADS1248EVM.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1248 - 24 Bit 2k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1248EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 2231578 [QuantityOnHand] => 8 [DigiKeyPartNumber] => 296-30631-ND [ProductDescription] => KIT DEMO FOR ADS1248 [UnitPrice] => 206.64 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) [49] => stdClass Object ( [StandardPricing] => Array ( [0] => stdClass Object ( [BreakQuantity] => 1 [UnitPrice] => 206.64 [TotalPrice] => 206.64 ) ) [Category] => stdClass Object ( [Id] => 40 [Text] => Development Boards, Kits, Programmers ) [ChipOutpostPart] => [RohsInfo] => Not Applicable [LeadStatus] => Not Applicable [Family] => stdClass Object ( [Id] => 1087 [Text] => Evaluation Boards - Analog to Digital Converters (ADCs) ) [Parameters] => Array ( [0] => stdClass Object ( [ParameterId] => 1989 [ValueId] => 0 [Parameter] => Part Status [Value] => Active ) [1] => stdClass Object ( [ParameterId] => 992 [ValueId] => 1 [Parameter] => Number of A/D Converters [Value] => 1 ) [2] => stdClass Object ( [ParameterId] => 153 [ValueId] => 68 [Parameter] => Number of Bits [Value] => 32 ) [3] => stdClass Object ( [ParameterId] => 348 [ValueId] => 164 [Parameter] => Sampling Rate (Per Second) [Value] => 38k ) [4] => stdClass Object ( [ParameterId] => 243 [ValueId] => 23 [Parameter] => Data Interface [Value] => Serial ) [5] => stdClass Object ( [ParameterId] => 993 [ValueId] => 58 [Parameter] => Input Range [Value] => ±VREF/gain ) [6] => stdClass Object ( [ParameterId] => 995 [ValueId] => 896 [Parameter] => Power (Typ) @ Conditions [Value] => 24mW @ 38kSPS ) [7] => stdClass Object ( [ParameterId] => 984 [ValueId] => 14102 [Parameter] => Utilized IC / Part [Value] => ADS1262 ) [8] => stdClass Object ( [ParameterId] => 985 [ValueId] => 1208 [Parameter] => Supplied Contents [Value] => Board(s), Cable(s) ) ) [PartUrl] => /product-detail/en/texas-instruments/ADS1262EVM-PDK/296-42160-ND/5308222 [PrimaryDatasheet] => http://www.ti.com/lit/pdf/sbau206 [PrimaryPhoto] => http://media.digikey.com/Photos/Texas%20Instr%20Photos/MFG_ADS1262EVM-PDK.jpg [PrimaryVideo] => [RohsSubs] => Array ( ) [Series] => stdClass Object ( [ParameterId] => -5 [ValueId] => 818 [Parameter] => Series [Value] => - ) [SuggestedSubs] => Array ( ) [ManufacturerLeadWeeks] => [ManufacturerPageUrl] => /en/supplier-centers/t/texas-instruments [PartStatus] => Active [AlternatePackaging] => Array ( ) [DetailedDescription] => ADS1262 - 32 Bit 38k Samples per Second Analog to Digital Converter (ADC) Evaluation Board [TariffDescription] => [ManufacturerPartNumber] => ADS1262EVM-PDK [MinimumOrderQuantity] => 1 [NonStock] => [Packaging] => stdClass Object ( [ParameterId] => 7 [ValueId] => 61 [Parameter] => Packaging [Value] => Box ) [PartId] => 5308222 [QuantityOnHand] => 8 [DigiKeyPartNumber] => 296-42160-ND [ProductDescription] => EVAL BOARD FOR ADS1262 [UnitPrice] => 206.64 [ManufacturerName] => stdClass Object ( [Id] => 296 [Text] => Texas Instruments ) [ManfacturerPublicQuantity] => 0 [AvailableOnOrder] => 0 ) ) [Taxonomy] => stdClass Object ( [Children] => Array ( [0] => stdClass Object ( [Children] => Array ( [0] => stdClass Object ( [Children] => Array ( ) [PartCount] => 1969 [NewPartCount] => 4 [ParameterId] => -8 [ValueId] => 791 [Parameter] => Categories [Value] => Evaluation Boards - Analog to Digital Converters (ADCs) ) ) [PartCount] => 1969 [NewPartCount] => 4 [ParameterId] => -8 [ValueId] => 33 [Parameter] => Categories [Value] => Development Boards, Kits, Programmers ) ) [PartCount] => 1969 [NewPartCount] => 4 [ParameterId] => -8 [ValueId] => 0 [Parameter] => Categories [Value] => Out of Bounds ) [LimitedCategories] => Array ( [0] => stdClass Object ( [Id] => 40 [Category] => Development Boards, Kits, Programmers [Families] => Array ( [0] => stdClass Object ( [Id] => 1087 [Name] => Evaluation Boards - Analog to Digital Converters (ADCs) [PartCount] => 1969 ) ) ) ) [FilterValues] => Array ( ) [LimitedFilterValues] => Array ( [0] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 1528 [Value] => Adafruit Industries LLC ) [1] => stdClass Object ( [Vid] => 961 [Value] => ams ) [2] => stdClass Object ( [Vid] => 505 [Value] => Analog Devices Inc. ) [3] => stdClass Object ( [Vid] => 598 [Value] => Cirrus Logic Inc. ) [4] => stdClass Object ( [Vid] => 1738 [Value] => DFRobot ) [5] => stdClass Object ( [Vid] => 1286 [Value] => Digilent, Inc. ) [6] => stdClass Object ( [Vid] => 800 [Value] => IDT, Integrated Device Technology Inc ) [7] => stdClass Object ( [Vid] => 161 [Value] => Linear Technology/Analog Devices ) [8] => stdClass Object ( [Vid] => 175 [Value] => Maxim Integrated ) [9] => stdClass Object ( [Vid] => 1016 [Value] => MaxLinear, Inc. ) [10] => stdClass Object ( [Vid] => 150 [Value] => Microchip Technology ) [11] => stdClass Object ( [Vid] => 1471 [Value] => MikroElektronika ) [12] => stdClass Object ( [Vid] => 568 [Value] => NXP USA Inc. ) [13] => stdClass Object ( [Vid] => 20 [Value] => Renesas Electronics America Inc. ) [14] => stdClass Object ( [Vid] => 600 [Value] => Semtech Corporation ) [15] => stdClass Object ( [Vid] => 296 [Value] => Texas Instruments ) [16] => stdClass Object ( [Vid] => 1238 [Value] => Touchstone Semiconductor ) ) [Pid] => -1 [Parameter] => Manufacturer ) [1] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 0 [Value] => * ) [1] => stdClass Object ( [Vid] => 818 [Value] => - ) [2] => stdClass Object ( [Vid] => 12359 [Value] => CapturePLUS™II ) [3] => stdClass Object ( [Vid] => 31826 [Value] => Circuits from the Lab™ ) [4] => stdClass Object ( [Vid] => 14308 [Value] => CommsADC™ ) [5] => stdClass Object ( [Vid] => 49122 [Value] => Easy Drive™ ) [6] => stdClass Object ( [Vid] => 35419 [Value] => EasyBoard™ ) [7] => stdClass Object ( [Vid] => 20046 [Value] => FemtoCharge™ ) [8] => stdClass Object ( [Vid] => 10947 [Value] => iCMOS® ) [9] => stdClass Object ( [Vid] => 14460 [Value] => iCoupler® ) [10] => stdClass Object ( [Vid] => 24433 [Value] => IsoPower®, iCoupler® ) [11] => stdClass Object ( [Vid] => 14338 [Value] => microPOWER™ ) [12] => stdClass Object ( [Vid] => 12050 [Value] => PICkit™ ) [13] => stdClass Object ( [Vid] => 12824 [Value] => PICtail™ ) [14] => stdClass Object ( [Vid] => 15126 [Value] => PulSAR® ) [15] => stdClass Object ( [Vid] => 16103 [Value] => ResolutionPLUS™ ) [16] => stdClass Object ( [Vid] => 13713 [Value] => SoftCell® ) [17] => stdClass Object ( [Vid] => 19123 [Value] => SoftSpan™ ) [18] => stdClass Object ( [Vid] => 10833 [Value] => SpeedPlus™ ) [19] => stdClass Object ( [Vid] => 13735 [Value] => TxDAC® ) [20] => stdClass Object ( [Vid] => 16102 [Value] => ZoomingADC™ ) [21] => stdClass Object ( [Vid] => 21602 [Value] => µModule® ) ) [Pid] => -5 [Parameter] => Series ) [2] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 0 [Value] => Active ) [1] => stdClass Object ( [Vid] => 2 [Value] => Discontinued at Digi-Key ) [2] => stdClass Object ( [Vid] => 7 [Value] => Not For New Designs ) [3] => stdClass Object ( [Vid] => 1 [Value] => Obsolete ) ) [Pid] => 1989 [Parameter] => Part Status ) [3] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 13 [Value] => - ) [1] => stdClass Object ( [Vid] => 1 [Value] => 1 ) [2] => stdClass Object ( [Vid] => 7 [Value] => 1 and 2 ) [3] => stdClass Object ( [Vid] => 2 [Value] => 2 ) [4] => stdClass Object ( [Vid] => 6 [Value] => 3 ) [5] => stdClass Object ( [Vid] => 3 [Value] => 4 ) [6] => stdClass Object ( [Vid] => 15 [Value] => 4 and 8 ) [7] => stdClass Object ( [Vid] => 4 [Value] => 6 ) [8] => stdClass Object ( [Vid] => 5 [Value] => 8 ) [9] => stdClass Object ( [Vid] => 9 [Value] => 16 ) [10] => stdClass Object ( [Vid] => 8 [Value] => 64 ) ) [Pid] => 992 [Parameter] => Number of A/D Converters ) [4] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 37 [Value] => - ) [1] => stdClass Object ( [Vid] => 35 [Value] => 3 ) [2] => stdClass Object ( [Vid] => 30 [Value] => 6 ) [3] => stdClass Object ( [Vid] => 73 [Value] => 7 ) [4] => stdClass Object ( [Vid] => 93 [Value] => 7.6 ) [5] => stdClass Object ( [Vid] => 2 [Value] => 8 ) [6] => stdClass Object ( [Vid] => 70 [Value] => 8 or 10 ) [7] => stdClass Object ( [Vid] => 76 [Value] => 8 ~ 14 ) [8] => stdClass Object ( [Vid] => 77 [Value] => 8, 10, 12 ) [9] => stdClass Object ( [Vid] => 92 [Value] => 8, 12, 14, 16 ) [10] => stdClass Object ( [Vid] => 69 [Value] => 9 ) [11] => stdClass Object ( [Vid] => 3 [Value] => 10 ) [12] => stdClass Object ( [Vid] => 95 [Value] => 10, 12 ) [13] => stdClass Object ( [Vid] => 99 [Value] => 10, 12, 14 ) [14] => stdClass Object ( [Vid] => 49 [Value] => 11 ) [15] => stdClass Object ( [Vid] => 4 [Value] => 12 ) [16] => stdClass Object ( [Vid] => 94 [Value] => 12, 13 ) [17] => stdClass Object ( [Vid] => 90 [Value] => 12, 14 ) [18] => stdClass Object ( [Vid] => 101 [Value] => 12, 14, 16 ) [19] => stdClass Object ( [Vid] => 85 [Value] => 12, 16 ) [20] => stdClass Object ( [Vid] => 6 [Value] => 13 ) [21] => stdClass Object ( [Vid] => 10 [Value] => 14 ) [22] => stdClass Object ( [Vid] => 23 [Value] => 15 ) [23] => stdClass Object ( [Vid] => 5 [Value] => 16 ) [24] => stdClass Object ( [Vid] => 89 [Value] => 16, 24 ) [25] => stdClass Object ( [Vid] => 11 [Value] => 18 ) [26] => stdClass Object ( [Vid] => 22 [Value] => 20 ) [27] => stdClass Object ( [Vid] => 20 [Value] => 22 ) [28] => stdClass Object ( [Vid] => 19 [Value] => 24 ) [29] => stdClass Object ( [Vid] => 96 [Value] => 24, 32 ) [30] => stdClass Object ( [Vid] => 71 [Value] => 31 ) [31] => stdClass Object ( [Vid] => 68 [Value] => 32 ) ) [Pid] => 153 [Parameter] => Number of Bits ) [5] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 1 [Value] => - ) [1] => stdClass Object ( [Vid] => 576 [Value] => 2.5 ~ 4k ) [2] => stdClass Object ( [Vid] => 379 [Value] => 3.75 ) [3] => stdClass Object ( [Vid] => 356 [Value] => 3.75 ~ 240 ) [4] => stdClass Object ( [Vid] => 12 [Value] => 4 ) [5] => stdClass Object ( [Vid] => 434 [Value] => 5 ~ 2k ) [6] => stdClass Object ( [Vid] => 412 [Value] => 6.8 ) [7] => stdClass Object ( [Vid] => 419 [Value] => 6.9 ) [8] => stdClass Object ( [Vid] => 416 [Value] => 7.5 ) [9] => stdClass Object ( [Vid] => 433 [Value] => 10, 80 ) [10] => stdClass Object ( [Vid] => 17 [Value] => 14 ) [11] => stdClass Object ( [Vid] => 18 [Value] => 15 ) [12] => stdClass Object ( [Vid] => 357 [Value] => 15 ~ 240 ) [13] => stdClass Object ( [Vid] => 449 [Value] => 16.7 ) [14] => stdClass Object ( [Vid] => 336 [Value] => 30 ) [15] => stdClass Object ( [Vid] => 381 [Value] => 40 ~ 500M ) [16] => stdClass Object ( [Vid] => 22 [Value] => 50 ) [17] => stdClass Object ( [Vid] => 23 [Value] => 60 ) [18] => stdClass Object ( [Vid] => 24 [Value] => 80 ) [19] => stdClass Object ( [Vid] => 25 [Value] => 100 ) [20] => stdClass Object ( [Vid] => 26 [Value] => 105 ) [21] => stdClass Object ( [Vid] => 27 [Value] => 120 ) [22] => stdClass Object ( [Vid] => 28 [Value] => 123 ) [23] => stdClass Object ( [Vid] => 450 [Value] => 125 ) [24] => stdClass Object ( [Vid] => 29 [Value] => 128 ) [25] => stdClass Object ( [Vid] => 31 [Value] => 240 ) [26] => stdClass Object ( [Vid] => 483 [Value] => 250, 1k ) [27] => stdClass Object ( [Vid] => 33 [Value] => 303 ) [28] => stdClass Object ( [Vid] => 35 [Value] => 470 ) [29] => stdClass Object ( [Vid] => 36 [Value] => 480 ) [30] => stdClass Object ( [Vid] => 37 [Value] => 500 ) [31] => stdClass Object ( [Vid] => 38 [Value] => 600 ) [32] => stdClass Object ( [Vid] => 39 [Value] => 606 ) [33] => stdClass Object ( [Vid] => 368 [Value] => 617 ) [34] => stdClass Object ( [Vid] => 406 [Value] => 860 ) [35] => stdClass Object ( [Vid] => 107 [Value] => 1k ) [36] => stdClass Object ( [Vid] => 45 [Value] => 1.2k ) [37] => stdClass Object ( [Vid] => 392 [Value] => 1.37k ) [38] => stdClass Object ( [Vid] => 674 [Value] => 1.9k ) [39] => stdClass Object ( [Vid] => 359 [Value] => 2k ) [40] => stdClass Object ( [Vid] => 167 [Value] => 3k ) [41] => stdClass Object ( [Vid] => 404 [Value] => 3k and 3.125k ) [42] => stdClass Object ( [Vid] => 411 [Value] => 3.3k ) [43] => stdClass Object ( [Vid] => 323 [Value] => 3.5k ) [44] => stdClass Object ( [Vid] => 366 [Value] => 3.84k ) [45] => stdClass Object ( [Vid] => 187 [Value] => 4k ) [46] => stdClass Object ( [Vid] => 343 [Value] => 4.8k ) [47] => stdClass Object ( [Vid] => 251 [Value] => 5k ) [48] => stdClass Object ( [Vid] => 206 [Value] => 6.25k ) [49] => stdClass Object ( [Vid] => 242 [Value] => 8k ) [50] => stdClass Object ( [Vid] => 60 [Value] => 10k ) [51] => stdClass Object ( [Vid] => 322 [Value] => 14k ) [52] => stdClass Object ( [Vid] => 88 [Value] => 15k ) [53] => stdClass Object ( [Vid] => 82 [Value] => 15.1k ) [54] => stdClass Object ( [Vid] => 83 [Value] => 15.4k ) [55] => stdClass Object ( [Vid] => 95 [Value] => 16k ) [56] => stdClass Object ( [Vid] => 640 [Value] => 19.2k ) [57] => stdClass Object ( [Vid] => 116 [Value] => 20k ) [58] => stdClass Object ( [Vid] => 435 [Value] => 20.8k ) [59] => stdClass Object ( [Vid] => 122 [Value] => 22.22k ) [60] => stdClass Object ( [Vid] => 123 [Value] => 22.3k ) [61] => stdClass Object ( [Vid] => 147 [Value] => 30k ) [62] => stdClass Object ( [Vid] => 599 [Value] => 31.25k ) [63] => stdClass Object ( [Vid] => 153 [Value] => 32k ) [64] => stdClass Object ( [Vid] => 164 [Value] => 38k ) [65] => stdClass Object ( [Vid] => 638 [Value] => 39K ) [66] => stdClass Object ( [Vid] => 171 [Value] => 40k ) [67] => stdClass Object ( [Vid] => 174 [Value] => 41k ) [68] => stdClass Object ( [Vid] => 185 [Value] => 48k ) [69] => stdClass Object ( [Vid] => 191 [Value] => 50k ) [70] => stdClass Object ( [Vid] => 562 [Value] => 50k ~ 200k ) [71] => stdClass Object ( [Vid] => 505 [Value] => 50k ~ 250k ) [72] => stdClass Object ( [Vid] => 193 [Value] => 52k ) [73] => stdClass Object ( [Vid] => 305 [Value] => 62.5k ) [74] => stdClass Object ( [Vid] => 216 [Value] => 64k ) [75] => stdClass Object ( [Vid] => 219 [Value] => 66k ) [76] => stdClass Object ( [Vid] => 228 [Value] => 73k ) [77] => stdClass Object ( [Vid] => 230 [Value] => 75k ) [78] => stdClass Object ( [Vid] => 501 [Value] => 78k ) [79] => stdClass Object ( [Vid] => 600 [Value] => 78.1k ) [80] => stdClass Object ( [Vid] => 442 [Value] => 78.1k ~ 625k ) [81] => stdClass Object ( [Vid] => 240 [Value] => 85k ) [82] => stdClass Object ( [Vid] => 241 [Value] => 87k ) [83] => stdClass Object ( [Vid] => 247 [Value] => 94k ) [84] => stdClass Object ( [Vid] => 317 [Value] => 94.4k ) [85] => stdClass Object ( [Vid] => 249 [Value] => 96k ) [86] => stdClass Object ( [Vid] => 55 [Value] => 100k ) [87] => stdClass Object ( [Vid] => 57 [Value] => 105k ) [88] => stdClass Object ( [Vid] => 59 [Value] => 108k ) [89] => stdClass Object ( [Vid] => 64 [Value] => 110k ) [90] => stdClass Object ( [Vid] => 65 [Value] => 114k ) [91] => stdClass Object ( [Vid] => 66 [Value] => 115k ) [92] => stdClass Object ( [Vid] => 67 [Value] => 116k ) [93] => stdClass Object ( [Vid] => 72 [Value] => 125k ) [94] => stdClass Object ( [Vid] => 74 [Value] => 128k ) [95] => stdClass Object ( [Vid] => 78 [Value] => 133k ) [96] => stdClass Object ( [Vid] => 385 [Value] => 135k ) [97] => stdClass Object ( [Vid] => 84 [Value] => 150k ) [98] => stdClass Object ( [Vid] => 87 [Value] => 156k ) [99] => stdClass Object ( [Vid] => 98 [Value] => 175k ) [100] => stdClass Object ( [Vid] => 585 [Value] => 187.5k ) [101] => stdClass Object ( [Vid] => 102 [Value] => 188k ) [102] => stdClass Object ( [Vid] => 374 [Value] => 188.9k ) [103] => stdClass Object ( [Vid] => 355 [Value] => 189k ) [104] => stdClass Object ( [Vid] => 104 [Value] => 192k ) [105] => stdClass Object ( [Vid] => 114 [Value] => 200k ) [106] => stdClass Object ( [Vid] => 563 [Value] => 200k ~ 500k ) [107] => stdClass Object ( [Vid] => 685 [Value] => 200k, 350k, 550k, 800k ) [108] => stdClass Object ( [Vid] => 121 [Value] => 216k ) [109] => stdClass Object ( [Vid] => 129 [Value] => 250k ) [110] => stdClass Object ( [Vid] => 331 [Value] => 256k ) [111] => stdClass Object ( [Vid] => 144 [Value] => 300k ) [112] => stdClass Object ( [Vid] => 146 [Value] => 308k ) [113] => stdClass Object ( [Vid] => 150 [Value] => 312k ) [114] => stdClass Object ( [Vid] => 155 [Value] => 333k ) [115] => stdClass Object ( [Vid] => 157 [Value] => 350k ) [116] => stdClass Object ( [Vid] => 169 [Value] => 400k ) [117] => stdClass Object ( [Vid] => 508 [Value] => 400k, 510k ) [118] => stdClass Object ( [Vid] => 176 [Value] => 420k ) [119] => stdClass Object ( [Vid] => 408 [Value] => 450k, 630k ) [120] => stdClass Object ( [Vid] => 409 [Value] => 470k, 670k ) [121] => stdClass Object ( [Vid] => 189 [Value] => 500k ) [122] => stdClass Object ( [Vid] => 575 [Value] => 500k ~ 1M ) [123] => stdClass Object ( [Vid] => 410 [Value] => 500k, 730k ) [124] => stdClass Object ( [Vid] => 371 [Value] => 512k ) [125] => stdClass Object ( [Vid] => 682 [Value] => 550k ) [126] => stdClass Object ( [Vid] => 201 [Value] => 570k ) [127] => stdClass Object ( [Vid] => 203 [Value] => 580k ) [128] => stdClass Object ( [Vid] => 211 [Value] => 600k ) [129] => stdClass Object ( [Vid] => 214 [Value] => 625k ) [130] => stdClass Object ( [Vid] => 676 [Value] => 666k ) [131] => stdClass Object ( [Vid] => 221 [Value] => 670k ) [132] => stdClass Object ( [Vid] => 625 [Value] => 700k ) [133] => stdClass Object ( [Vid] => 229 [Value] => 750k ) [134] => stdClass Object ( [Vid] => 236 [Value] => 800k ) [135] => stdClass Object ( [Vid] => 108 [Value] => 1M ) [136] => stdClass Object ( [Vid] => 44 [Value] => 1.25M ) [137] => stdClass Object ( [Vid] => 47 [Value] => 1.33M ) [138] => stdClass Object ( [Vid] => 51 [Value] => 1.5M ) [139] => stdClass Object ( [Vid] => 496 [Value] => 1.6M ) [140] => stdClass Object ( [Vid] => 54 [Value] => 1.8M ) [141] => stdClass Object ( [Vid] => 140 [Value] => 2M ) [142] => stdClass Object ( [Vid] => 112 [Value] => 2.5M ) [143] => stdClass Object ( [Vid] => 168 [Value] => 3M ) [144] => stdClass Object ( [Vid] => 188 [Value] => 4M ) [145] => stdClass Object ( [Vid] => 388 [Value] => 4.2M ) [146] => stdClass Object ( [Vid] => 586 [Value] => 4.5M ) [147] => stdClass Object ( [Vid] => 205 [Value] => 5M ) [148] => stdClass Object ( [Vid] => 686 [Value] => 5M, 2M, 1.5M ) [149] => stdClass Object ( [Vid] => 223 [Value] => 6M ) [150] => stdClass Object ( [Vid] => 243 [Value] => 8M ) [151] => stdClass Object ( [Vid] => 62 [Value] => 10M ) [152] => stdClass Object ( [Vid] => 457 [Value] => 10M ~ 50M ) [153] => stdClass Object ( [Vid] => 89 [Value] => 15M ) [154] => stdClass Object ( [Vid] => 117 [Value] => 20M ) [155] => stdClass Object ( [Vid] => 364 [Value] => 20M or 30M ) [156] => stdClass Object ( [Vid] => 574 [Value] => 20M ~ 100M ) [157] => stdClass Object ( [Vid] => 132 [Value] => 25M ) [158] => stdClass Object ( [Vid] => 148 [Value] => 30M ) [159] => stdClass Object ( [Vid] => 154 [Value] => 32M ) [160] => stdClass Object ( [Vid] => 159 [Value] => 35M ) [161] => stdClass Object ( [Vid] => 172 [Value] => 40M ) [162] => stdClass Object ( [Vid] => 177 [Value] => 42M ) [163] => stdClass Object ( [Vid] => 182 [Value] => 45M ) [164] => stdClass Object ( [Vid] => 192 [Value] => 50M ) [165] => stdClass Object ( [Vid] => 195 [Value] => 52M ) [166] => stdClass Object ( [Vid] => 196 [Value] => 53M ) [167] => stdClass Object ( [Vid] => 318 [Value] => 55M ) [168] => stdClass Object ( [Vid] => 213 [Value] => 60M ) [169] => stdClass Object ( [Vid] => 215 [Value] => 62M ) [170] => stdClass Object ( [Vid] => 217 [Value] => 65M ) [171] => stdClass Object ( [Vid] => 583 [Value] => 65M, 80M ) [172] => stdClass Object ( [Vid] => 220 [Value] => 66M ) [173] => stdClass Object ( [Vid] => 227 [Value] => 70M ) [174] => stdClass Object ( [Vid] => 231 [Value] => 75M ) [175] => stdClass Object ( [Vid] => 238 [Value] => 80M ) [176] => stdClass Object ( [Vid] => 593 [Value] => 80M, 200M ) [177] => stdClass Object ( [Vid] => 246 [Value] => 90M ) [178] => stdClass Object ( [Vid] => 631 [Value] => 95M ) [179] => stdClass Object ( [Vid] => 56 [Value] => 100M ) [180] => stdClass Object ( [Vid] => 58 [Value] => 105M ) [181] => stdClass Object ( [Vid] => 71 [Value] => 120M ) [182] => stdClass Object ( [Vid] => 73 [Value] => 125M ) [183] => stdClass Object ( [Vid] => 77 [Value] => 130M ) [184] => stdClass Object ( [Vid] => 79 [Value] => 135M ) [185] => stdClass Object ( [Vid] => 85 [Value] => 150M ) [186] => stdClass Object ( [Vid] => 86 [Value] => 155M ) [187] => stdClass Object ( [Vid] => 91 [Value] => 160M ) [188] => stdClass Object ( [Vid] => 97 [Value] => 170M ) [189] => stdClass Object ( [Vid] => 417 [Value] => 185M ) [190] => stdClass Object ( [Vid] => 103 [Value] => 190M ) [191] => stdClass Object ( [Vid] => 115 [Value] => 200M ) [192] => stdClass Object ( [Vid] => 120 [Value] => 210M ) [193] => stdClass Object ( [Vid] => 130 [Value] => 250M ) [194] => stdClass Object ( [Vid] => 349 [Value] => 275M ) [195] => stdClass Object ( [Vid] => 145 [Value] => 300M ) [196] => stdClass Object ( [Vid] => 509 [Value] => 310M ) [197] => stdClass Object ( [Vid] => 500 [Value] => 370M ) [198] => stdClass Object ( [Vid] => 170 [Value] => 400M ) [199] => stdClass Object ( [Vid] => 190 [Value] => 500M ) [200] => stdClass Object ( [Vid] => 365 [Value] => 550M ) [201] => stdClass Object ( [Vid] => 402 [Value] => 600M ) [202] => stdClass Object ( [Vid] => 471 [Value] => 625M ) [203] => stdClass Object ( [Vid] => 458 [Value] => 750M ) [204] => stdClass Object ( [Vid] => 237 [Value] => 800M ) [205] => stdClass Object ( [Vid] => 598 [Value] => 820M ) [206] => stdClass Object ( [Vid] => 591 [Value] => 900M ) [207] => stdClass Object ( [Vid] => 106 [Value] => 1G ) [208] => stdClass Object ( [Vid] => 502 [Value] => 1.25G ) [209] => stdClass Object ( [Vid] => 566 [Value] => 1.25G, 2.5G. 5G ) [210] => stdClass Object ( [Vid] => 681 [Value] => 1.3G ) [211] => stdClass Object ( [Vid] => 50 [Value] => 1.5G ) [212] => stdClass Object ( [Vid] => 571 [Value] => 1.5G, 3G ) [213] => stdClass Object ( [Vid] => 565 [Value] => 1.6G ) [214] => stdClass Object ( [Vid] => 485 [Value] => 2G ) [215] => stdClass Object ( [Vid] => 688 [Value] => 2.2G ) [216] => stdClass Object ( [Vid] => 377 [Value] => 2.5G ) [217] => stdClass Object ( [Vid] => 644 [Value] => 2.6G ) [218] => stdClass Object ( [Vid] => 629 [Value] => 2.7G ) [219] => stdClass Object ( [Vid] => 166 [Value] => 3G ) [220] => stdClass Object ( [Vid] => 486 [Value] => 3.2G ) [221] => stdClass Object ( [Vid] => 487 [Value] => 3.6G ) [222] => stdClass Object ( [Vid] => 595 [Value] => 4G ) [223] => stdClass Object ( [Vid] => 687 [Value] => 6.4G ) [224] => stdClass Object ( [Vid] => 634 [Value] => 26G ) ) [Pid] => 348 [Parameter] => Sampling Rate (Per Second) ) [6] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 14 [Value] => - ) [1] => stdClass Object ( [Vid] => 191 [Value] => CMOS ) [2] => stdClass Object ( [Vid] => 140 [Value] => CMOS, LVDS, Parallel ) [3] => stdClass Object ( [Vid] => 141 [Value] => CMOS, LVDS, Serial ) [4] => stdClass Object ( [Vid] => 122 [Value] => CMOS, LVDS, Serial, Parallel ) [5] => stdClass Object ( [Vid] => 185 [Value] => CMOS, LVDS, Serial, SPI ) [6] => stdClass Object ( [Vid] => 183 [Value] => CMOS, Serial ) [7] => stdClass Object ( [Vid] => 148 [Value] => DDR LVDS ) [8] => stdClass Object ( [Vid] => 149 [Value] => DDR, JESD204B, LVDS, QDR, Serial, SPI™ ) [9] => stdClass Object ( [Vid] => 116 [Value] => DSP, MICROWIRE™, Parallel, QSPI™, Serial, SPI™ ) [10] => stdClass Object ( [Vid] => 82 [Value] => DSP, MICROWIRE™, QSPI™, and SPI™ ) [11] => stdClass Object ( [Vid] => 83 [Value] => DSP, MICROWIRE™, QSPI™, Serial, SPI™ ) [12] => stdClass Object ( [Vid] => 100 [Value] => DSP, Serial, SPI™ ) [13] => stdClass Object ( [Vid] => 33 [Value] => I²C ) [14] => stdClass Object ( [Vid] => 79 [Value] => I²C, Serial ) [15] => stdClass Object ( [Vid] => 189 [Value] => I²C, Serial, SPI ) [16] => stdClass Object ( [Vid] => 34 [Value] => I²C, SPI™ ) [17] => stdClass Object ( [Vid] => 156 [Value] => JESD204A ) [18] => stdClass Object ( [Vid] => 162 [Value] => JESD204B ) [19] => stdClass Object ( [Vid] => 150 [Value] => JESD204B, Parallel, Serial, SPI™ ) [20] => stdClass Object ( [Vid] => 192 [Value] => JESD204B, Serial ) [21] => stdClass Object ( [Vid] => 72 [Value] => Left-Justified, I2S™, and TDM ) [22] => stdClass Object ( [Vid] => 94 [Value] => LVCMOS ) [23] => stdClass Object ( [Vid] => 37 [Value] => LVDS ) [24] => stdClass Object ( [Vid] => 137 [Value] => LVDS - Parallel ) [25] => stdClass Object ( [Vid] => 142 [Value] => LVDS - Parallel, Serial ) [26] => stdClass Object ( [Vid] => 131 [Value] => LVDS - Parallel, SPI ) [27] => stdClass Object ( [Vid] => 134 [Value] => LVDS - Serial ) [28] => stdClass Object ( [Vid] => 190 [Value] => LVDS, Serial ) [29] => stdClass Object ( [Vid] => 193 [Value] => LVDS, Serial, SPI ) [30] => stdClass Object ( [Vid] => 87 [Value] => MICROWIRE™, QSPI™, Serial, SPI™ ) [31] => stdClass Object ( [Vid] => 81 [Value] => MICROWIRE™, Serial, SPI™ ) [32] => stdClass Object ( [Vid] => 90 [Value] => NSC MICROWIRE™, Serial ) [33] => stdClass Object ( [Vid] => 24 [Value] => Parallel ) [34] => stdClass Object ( [Vid] => 160 [Value] => Parallel, Serial ) [35] => stdClass Object ( [Vid] => 130 [Value] => Parallel, Serial, SPI ) [36] => stdClass Object ( [Vid] => 181 [Value] => Parallel, SPI ) [37] => stdClass Object ( [Vid] => 23 [Value] => Serial ) [38] => stdClass Object ( [Vid] => 124 [Value] => Serial JESD204A ) [39] => stdClass Object ( [Vid] => 129 [Value] => Serial JESD204A, SPI™ ) [40] => stdClass Object ( [Vid] => 147 [Value] => Serial JESD204B, SPI™ ) [41] => stdClass Object ( [Vid] => 146 [Value] => Serial LVDS ) [42] => stdClass Object ( [Vid] => 125 [Value] => Serial, CMOS Buffer ) [43] => stdClass Object ( [Vid] => 126 [Value] => Serial, LVDS/DDR ) [44] => stdClass Object ( [Vid] => 32 [Value] => Serial, Parallel ) [45] => stdClass Object ( [Vid] => 186 [Value] => Serial, SPI ) [46] => stdClass Object ( [Vid] => 78 [Value] => SPI ) [47] => stdClass Object ( [Vid] => 36 [Value] => SPI, DSP ) [48] => stdClass Object ( [Vid] => 165 [Value] => SPI, Parallel ) [49] => stdClass Object ( [Vid] => 159 [Value] => SPI, Parallel, DSP ) [50] => stdClass Object ( [Vid] => 136 [Value] => SPI, USB ) [51] => stdClass Object ( [Vid] => 105 [Value] => UART ) [52] => stdClass Object ( [Vid] => 84 [Value] => USB ) ) [Pid] => 243 [Parameter] => Data Interface ) [7] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 1 [Value] => - ) [1] => stdClass Object ( [Vid] => 157 [Value] => 0 ~ 1.25 V ) [2] => stdClass Object ( [Vid] => 5 [Value] => 0 ~ 2 V ) [3] => stdClass Object ( [Vid] => 28 [Value] => 0 ~ 2.4 V ) [4] => stdClass Object ( [Vid] => 6 [Value] => 0 ~ 2.5 V ) [5] => stdClass Object ( [Vid] => 77 [Value] => 0 ~ 3 V ) [6] => stdClass Object ( [Vid] => 81 [Value] => 0 ~ 3.3 V ) [7] => stdClass Object ( [Vid] => 32 [Value] => 0 ~ 3.6 V ) [8] => stdClass Object ( [Vid] => 47 [Value] => 0 ~ 4 V ) [9] => stdClass Object ( [Vid] => 46 [Value] => 0 ~ 4.096 V ) [10] => stdClass Object ( [Vid] => 44 [Value] => 0 ~ 4.1 V ) [11] => stdClass Object ( [Vid] => 42 [Value] => 0 ~ 4.2 V ) [12] => stdClass Object ( [Vid] => 7 [Value] => 0 ~ 4.7 V ) [13] => stdClass Object ( [Vid] => 8 [Value] => 0 ~ 5 V ) [14] => stdClass Object ( [Vid] => 41 [Value] => 0 ~ 5.25 V ) [15] => stdClass Object ( [Vid] => 9 [Value] => 0 ~ 5.5 V ) [16] => stdClass Object ( [Vid] => 10 [Value] => 0 ~ Vdd ) [17] => stdClass Object ( [Vid] => 91 [Value] => 0 ~ VREF ) [18] => stdClass Object ( [Vid] => 20 [Value] => ±0.3 V ) [19] => stdClass Object ( [Vid] => 69 [Value] => ±1 V ) [20] => stdClass Object ( [Vid] => 279 [Value] => ±1.024 V ) [21] => stdClass Object ( [Vid] => 156 [Value] => ±1.25 V ) [22] => stdClass Object ( [Vid] => 281 [Value] => ±1.8 V ) [23] => stdClass Object ( [Vid] => 21 [Value] => ±10 V ) [24] => stdClass Object ( [Vid] => 181 [Value] => ±10.24 V ) [25] => stdClass Object ( [Vid] => 92 [Value] => ±12 V ) [26] => stdClass Object ( [Vid] => 326 [Value] => ±16.5 V ) [27] => stdClass Object ( [Vid] => 359 [Value] => ±16V ) [28] => stdClass Object ( [Vid] => 51 [Value] => ±2 V ) [29] => stdClass Object ( [Vid] => 270 [Value] => ±2 x VREF ) [30] => stdClass Object ( [Vid] => 29 [Value] => ±2.048 V ) [31] => stdClass Object ( [Vid] => 275 [Value] => ±2.15 V ) [32] => stdClass Object ( [Vid] => 60 [Value] => ±2.2 V ) [33] => stdClass Object ( [Vid] => 22 [Value] => ±2.5 V ) [34] => stdClass Object ( [Vid] => 272 [Value] => ±2.5 x VREF ) [35] => stdClass Object ( [Vid] => 169 [Value] => ±24.576 V ) [36] => stdClass Object ( [Vid] => 79 [Value] => ±250 mV ) [37] => stdClass Object ( [Vid] => 374 [Value] => ±270 mV ) [38] => stdClass Object ( [Vid] => 161 [Value] => ±280 mV ) [39] => stdClass Object ( [Vid] => 23 [Value] => ±3 V ) [40] => stdClass Object ( [Vid] => 128 [Value] => ±3.25 Vpp ) [41] => stdClass Object ( [Vid] => 84 [Value] => ±3.2768 V ) [42] => stdClass Object ( [Vid] => 282 [Value] => ±3.6 V ) [43] => stdClass Object ( [Vid] => 186 [Value] => ±31.25 mV ) [44] => stdClass Object ( [Vid] => 78 [Value] => ±320 mV ) [45] => stdClass Object ( [Vid] => 24 [Value] => ±4 REF ) [46] => stdClass Object ( [Vid] => 4 [Value] => ±4 x VREF ) [47] => stdClass Object ( [Vid] => 146 [Value] => ±4.096 V ) [48] => stdClass Object ( [Vid] => 360 [Value] => ±4.096V ) [49] => stdClass Object ( [Vid] => 45 [Value] => ±4.1 V ) [50] => stdClass Object ( [Vid] => 25 [Value] => ±4.4 V ) [51] => stdClass Object ( [Vid] => 31 [Value] => ±5 V ) [52] => stdClass Object ( [Vid] => 26 [Value] => ±5 V, ±10 V ) [53] => stdClass Object ( [Vid] => 291 [Value] => ±50 mV ) [54] => stdClass Object ( [Vid] => 93 [Value] => ±512 mV ) [55] => stdClass Object ( [Vid] => 82 [Value] => ±80 mV ) [56] => stdClass Object ( [Vid] => 154 [Value] => ±9.766mV ) [57] => stdClass Object ( [Vid] => 27 [Value] => ±VREF ) [58] => stdClass Object ( [Vid] => 86 [Value] => ±VREF/128 ) [59] => stdClass Object ( [Vid] => 57 [Value] => ±VREF/2 ) [60] => stdClass Object ( [Vid] => 58 [Value] => ±VREF/gain ) [61] => stdClass Object ( [Vid] => 30 [Value] => 0.1 ~ 2.6 V ) [62] => stdClass Object ( [Vid] => 172 [Value] => 100 mVpp ) [63] => stdClass Object ( [Vid] => 158 [Value] => 200 mVpp ) [64] => stdClass Object ( [Vid] => 298 [Value] => 220 mVpp ) [65] => stdClass Object ( [Vid] => 59 [Value] => 0.4 ~ 1.4 V ) [66] => stdClass Object ( [Vid] => 71 [Value] => 400 mVpp ) [67] => stdClass Object ( [Vid] => 74 [Value] => 0.5 ~ 1.5 V ) [68] => stdClass Object ( [Vid] => 88 [Value] => 500 mVpp ) [69] => stdClass Object ( [Vid] => 271 [Value] => 725 mVpp ) [70] => stdClass Object ( [Vid] => 89 [Value] => 800 mVpp ) [71] => stdClass Object ( [Vid] => 55 [Value] => 810 mVpp ) [72] => stdClass Object ( [Vid] => 53 [Value] => 820 mVpp ) [73] => stdClass Object ( [Vid] => 174 [Value] => 850 mVpp ) [74] => stdClass Object ( [Vid] => 54 [Value] => 870 mVpp ) [75] => stdClass Object ( [Vid] => 175 [Value] => 940 mVpp ) [76] => stdClass Object ( [Vid] => 278 [Value] => 950 mVpp ) [77] => stdClass Object ( [Vid] => 11 [Value] => 0.98 ~ 1.5 V ) [78] => stdClass Object ( [Vid] => 75 [Value] => 980 mVpp ) [79] => stdClass Object ( [Vid] => 35 [Value] => 1 Vpp ) [80] => stdClass Object ( [Vid] => 12 [Value] => 1 ~ 2 Vpp ) [81] => stdClass Object ( [Vid] => 76 [Value] => 1 ~ 3 V ) [82] => stdClass Object ( [Vid] => 14 [Value] => 1.0 ~ 1.5 V ) [83] => stdClass Object ( [Vid] => 184 [Value] => 1.1 Vpp ) [84] => stdClass Object ( [Vid] => 323 [Value] => 1.1 ~ 2 Vpp ) [85] => stdClass Object ( [Vid] => 147 [Value] => 1.2 Vpp ) [86] => stdClass Object ( [Vid] => 70 [Value] => 1.25 Vpp ) [87] => stdClass Object ( [Vid] => 171 [Value] => 1.32 Vpp ) [88] => stdClass Object ( [Vid] => 274 [Value] => 1.34 Vpp ) [89] => stdClass Object ( [Vid] => 301 [Value] => 1.35 Vpp ) [90] => stdClass Object ( [Vid] => 324 [Value] => 1.36 V ~ 2.04 Vpp ) [91] => stdClass Object ( [Vid] => 173 [Value] => 1.4 Vpp ) [92] => stdClass Object ( [Vid] => 153 [Value] => 1.4 ~ 2 Vpp ) [93] => stdClass Object ( [Vid] => 141 [Value] => 1.4 ~ 2.1 Vpp ) [94] => stdClass Object ( [Vid] => 148 [Value] => 1.45 Vpp ) [95] => stdClass Object ( [Vid] => 280 [Value] => 1.454 Vpp ) [96] => stdClass Object ( [Vid] => 62 [Value] => 1.47 Vpp ) [97] => stdClass Object ( [Vid] => 61 [Value] => 1.5 Vpp ) [98] => stdClass Object ( [Vid] => 36 [Value] => 1.5 ~ 2 Vpp ) [99] => stdClass Object ( [Vid] => 170 [Value] => 1.5 ~ 2.25 Vpp ) [100] => stdClass Object ( [Vid] => 15 [Value] => 1.5 ~ 3.5 V ) [101] => stdClass Object ( [Vid] => 295 [Value] => 1.58 Vpp ) [102] => stdClass Object ( [Vid] => 73 [Value] => 1.6 Vpp ) [103] => stdClass Object ( [Vid] => 290 [Value] => 1.63 Vpp ) [104] => stdClass Object ( [Vid] => 185 [Value] => 1.7 Vpp ) [105] => stdClass Object ( [Vid] => 159 [Value] => 1.75 Vpp ) [106] => stdClass Object ( [Vid] => 130 [Value] => 1.8 Vpp ) [107] => stdClass Object ( [Vid] => 296 [Value] => 1.9 Vpp ) [108] => stdClass Object ( [Vid] => 127 [Value] => 1.9 Vrms ) [109] => stdClass Object ( [Vid] => 16 [Value] => 2 Vpp ) [110] => stdClass Object ( [Vid] => 365 [Value] => 2 ~ 2.5 Vpp ) [111] => stdClass Object ( [Vid] => 183 [Value] => 2 ~ 2.8 Vpp ) [112] => stdClass Object ( [Vid] => 33 [Value] => 2 ~ 3 Vpp ) [113] => stdClass Object ( [Vid] => 66 [Value] => 2.048 Vpp ) [114] => stdClass Object ( [Vid] => 288 [Value] => 2.06 Vpp ) [115] => stdClass Object ( [Vid] => 52 [Value] => 2.1 Vpp ) [116] => stdClass Object ( [Vid] => 187 [Value] => 2.14 Vpp ) [117] => stdClass Object ( [Vid] => 37 [Value] => 2.2 Vpp ) [118] => stdClass Object ( [Vid] => 265 [Value] => 2.25 Vpp ) [119] => stdClass Object ( [Vid] => 39 [Value] => 2.3 Vpp ) [120] => stdClass Object ( [Vid] => 363 [Value] => 2.3 ~ 2.7 V ) [121] => stdClass Object ( [Vid] => 367 [Value] => 2.35 ~ 3.6 V ) [122] => stdClass Object ( [Vid] => 167 [Value] => 2.4 Vpp ) [123] => stdClass Object ( [Vid] => 17 [Value] => 2.4 ~ 4.2 V ) [124] => stdClass Object ( [Vid] => 145 [Value] => 2.5 Vpp ) [125] => stdClass Object ( [Vid] => 364 [Value] => 2.5V ) [126] => stdClass Object ( [Vid] => 87 [Value] => 2.7 Vpp ) [127] => stdClass Object ( [Vid] => 368 [Value] => 2.7 ~ 3.6 V ) [128] => stdClass Object ( [Vid] => 285 [Value] => 2.8 Vpp ) [129] => stdClass Object ( [Vid] => 49 [Value] => 2.828 Vpp ) [130] => stdClass Object ( [Vid] => 277 [Value] => 2.975 Vpp ) [131] => stdClass Object ( [Vid] => 34 [Value] => 3 Vpp ) [132] => stdClass Object ( [Vid] => 129 [Value] => 3.15 Vpp ) [133] => stdClass Object ( [Vid] => 72 [Value] => 3.4 Vpp ) [134] => stdClass Object ( [Vid] => 166 [Value] => 3.56 Vpp ) [135] => stdClass Object ( [Vid] => 43 [Value] => 4 Vpp ) [136] => stdClass Object ( [Vid] => 56 [Value] => 4.9 Vpp ) [137] => stdClass Object ( [Vid] => 325 [Value] => 5 V ) [138] => stdClass Object ( [Vid] => 50 [Value] => 5 Vpp ) [139] => stdClass Object ( [Vid] => 362 [Value] => 5 ~ 7.5 V ) [140] => stdClass Object ( [Vid] => 65 [Value] => 5.6 Vpp ) [141] => stdClass Object ( [Vid] => 18 [Value] => 6 Vpp ) [142] => stdClass Object ( [Vid] => 19 [Value] => 6.1 Vpp ) [143] => stdClass Object ( [Vid] => 361 [Value] => 7 ~ 9 V ) [144] => stdClass Object ( [Vid] => 299 [Value] => 8 Vpp ) ) [Pid] => 993 [Parameter] => Input Range ) [8] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 29 [Value] => - ) [1] => stdClass Object ( [Vid] => 863 [Value] => 0.171mW @ 1MSPS ) [2] => stdClass Object ( [Vid] => 865 [Value] => 0.189mW @ 1MSPS ) [3] => stdClass Object ( [Vid] => 921 [Value] => 0.21mW @ 22.22kSPS ) [4] => stdClass Object ( [Vid] => 464 [Value] => 0.23mW @ 50kSPS ) [5] => stdClass Object ( [Vid] => 866 [Value] => 0.234mW @ 1MSPS ) [6] => stdClass Object ( [Vid] => 864 [Value] => 0.45mW @ 128SPS ) [7] => stdClass Object ( [Vid] => 173 [Value] => 0.6mW @ 3 V ) [8] => stdClass Object ( [Vid] => 45 [Value] => 0.675mW @ 3 V, 1.2mW @ 5 V ) [9] => stdClass Object ( [Vid] => 885 [Value] => 0.78mW @ 1MSPS ) [10] => stdClass Object ( [Vid] => 377 [Value] => 0.9mW @ 100kSPS, 3 V ) [11] => stdClass Object ( [Vid] => 886 [Value] => 0.9mW @ 1MSPS ) [12] => stdClass Object ( [Vid] => 46 [Value] => 1mW @ 3 V ) [13] => stdClass Object ( [Vid] => 1011 [Value] => 1.14mW @ 2MSPS ) [14] => stdClass Object ( [Vid] => 941 [Value] => 1.22mW @ 150kSPS ) [15] => stdClass Object ( [Vid] => 581 [Value] => 1.35mW @ 100kSPS, 2.5 V ) [16] => stdClass Object ( [Vid] => 118 [Value] => 1.39mW @ 200kSPS ) [17] => stdClass Object ( [Vid] => 425 [Value] => 1.4mW @ 125kSPS ) [18] => stdClass Object ( [Vid] => 585 [Value] => 1.5mW @ 1kSPS ) [19] => stdClass Object ( [Vid] => 424 [Value] => 1.6mW @ 123SPS ) [20] => stdClass Object ( [Vid] => 174 [Value] => 1.6mW @ 200kSPS ) [21] => stdClass Object ( [Vid] => 983 [Value] => 1.75mW @ 4kSPS ) [22] => stdClass Object ( [Vid] => 471 [Value] => 1.86mW @ 300kSPS ) [23] => stdClass Object ( [Vid] => 111 [Value] => 1.9mW @ 200kSPS ) [24] => stdClass Object ( [Vid] => 352 [Value] => 2mW @ 1MSPS ) [25] => stdClass Object ( [Vid] => 725 [Value] => 2.1mW @ 187.5kSPS ) [26] => stdClass Object ( [Vid] => 823 [Value] => 2.1mW @ 2kSPS ) [27] => stdClass Object ( [Vid] => 1014 [Value] => 2.2mW @ 2kSPS ) [28] => stdClass Object ( [Vid] => 353 [Value] => 2.25mW @ 200kSPS ) [29] => stdClass Object ( [Vid] => 616 [Value] => 2.3mW @ 1MSPS ) [30] => stdClass Object ( [Vid] => 112 [Value] => 2.3mW @ 200kSPS ) [31] => stdClass Object ( [Vid] => 508 [Value] => 2.3mW @ 20sps ) [32] => stdClass Object ( [Vid] => 507 [Value] => 2.3mW @ 2ksps ) [33] => stdClass Object ( [Vid] => 717 [Value] => 2.4mW @ 1MSPS ) [34] => stdClass Object ( [Vid] => 423 [Value] => 2.5mW @ 470SPS ) [35] => stdClass Object ( [Vid] => 24 [Value] => 2.6mW @ 2.5 V ) [36] => stdClass Object ( [Vid] => 485 [Value] => 2.7mW @ 133kSPS ) [37] => stdClass Object ( [Vid] => 51 [Value] => 2.7mW @ 2.7 V, 7.5mW @ 5 V ) [38] => stdClass Object ( [Vid] => 827 [Value] => 2.8mW @ 1MSPS ) [39] => stdClass Object ( [Vid] => 473 [Value] => 3mW @ 73kSPS ) [40] => stdClass Object ( [Vid] => 591 [Value] => 3.25mW @ 250kSPS ) [41] => stdClass Object ( [Vid] => 472 [Value] => 3.35mW @ 94kSPS ) [42] => stdClass Object ( [Vid] => 595 [Value] => 3.4mW @ 250kSPS ) [43] => stdClass Object ( [Vid] => 432 [Value] => 3.5mW @ 125kSPS ) [44] => stdClass Object ( [Vid] => 1009 [Value] => 3.5mW @ 2.5MSPS ) [45] => stdClass Object ( [Vid] => 611 [Value] => 3.5mW @ 500kSPS ) [46] => stdClass Object ( [Vid] => 474 [Value] => 3.6mW @ 133kSPS ) [47] => stdClass Object ( [Vid] => 1015 [Value] => 3.6mW @ 2.5MSPS ) [48] => stdClass Object ( [Vid] => 114 [Value] => 3.6mW @ 50kSPS ) [49] => stdClass Object ( [Vid] => 409 [Value] => 3.65mW @ 3.3 V ) [50] => stdClass Object ( [Vid] => 351 [Value] => 3.67mw @ 188.9kSPS ) [51] => stdClass Object ( [Vid] => 892 [Value] => 3.7mW @ 500kSPS ) [52] => stdClass Object ( [Vid] => 610 [Value] => 3.75mW @ 100kSPS ) [53] => stdClass Object ( [Vid] => 123 [Value] => 3.8mW @ 3 V, 8mW @ 5 V ) [54] => stdClass Object ( [Vid] => 12 [Value] => 3.84mW @ 3 V ) [55] => stdClass Object ( [Vid] => 122 [Value] => 3.9mW @ 3 V, 7.5mW @ 5 V ) [56] => stdClass Object ( [Vid] => 316 [Value] => 3.91mW @ 189kSPS ) [57] => stdClass Object ( [Vid] => 6 [Value] => 4mW @ 5 V, 100kSPS ) [58] => stdClass Object ( [Vid] => 135 [Value] => 4.3mW @ 20kSPS ) [59] => stdClass Object ( [Vid] => 463 [Value] => 4.35mW @ 50SPS ) [60] => stdClass Object ( [Vid] => 13 [Value] => 4.4mW @ 5.5 V, 3.4MHz ) [61] => stdClass Object ( [Vid] => 127 [Value] => 4.5mW @ 100kSPS ) [62] => stdClass Object ( [Vid] => 486 [Value] => 4.5mW @ 400kSPS ) [63] => stdClass Object ( [Vid] => 359 [Value] => 4.8mW @ 250kSPS ) [64] => stdClass Object ( [Vid] => 500 [Value] => 4.85mW @ 105SPS ) [65] => stdClass Object ( [Vid] => 49 [Value] => 5mW @ 5 V ) [66] => stdClass Object ( [Vid] => 129 [Value] => 5mW @ 50kSPS ) [67] => stdClass Object ( [Vid] => 915 [Value] => 5mW @ 64kSPS ) [68] => stdClass Object ( [Vid] => 749 [Value] => 5.25mW @ 250kSPS ) [69] => stdClass Object ( [Vid] => 228 [Value] => 5.5mW @ 100kSPS ) [70] => stdClass Object ( [Vid] => 746 [Value] => 5.5mW @ 1MSPS ) [71] => stdClass Object ( [Vid] => 322 [Value] => 5.8mW @ 200kSPS ) [72] => stdClass Object ( [Vid] => 195 [Value] => 5.8mW @ 250kSPS ) [73] => stdClass Object ( [Vid] => 151 [Value] => 6mW @ 50kSPS ) [74] => stdClass Object ( [Vid] => 724 [Value] => 6.2mW @ 2MSPS ) [75] => stdClass Object ( [Vid] => 186 [Value] => 6.4mW @ 200kSPS ) [76] => stdClass Object ( [Vid] => 590 [Value] => 6.5mW @ 500kSPS ) [77] => stdClass Object ( [Vid] => 406 [Value] => 6.5mW @ 500SPS ) [78] => stdClass Object ( [Vid] => 612 [Value] => 6.75mW @ 500kSPS ) [79] => stdClass Object ( [Vid] => 594 [Value] => 6.8mW @ 500kSPS ) [80] => stdClass Object ( [Vid] => 342 [Value] => 6.9mW @ 200kSPS ) [81] => stdClass Object ( [Vid] => 215 [Value] => 7mW @ 1MSPS ) [82] => stdClass Object ( [Vid] => 42 [Value] => 7mW @ 3 V, 17mW @ 5 V ) [83] => stdClass Object ( [Vid] => 4 [Value] => 7.1mW @ 5 V ) [84] => stdClass Object ( [Vid] => 323 [Value] => 7.1mW @ 500kSPS ) [85] => stdClass Object ( [Vid] => 468 [Value] => 7.5mW @ 133kSPS ) [86] => stdClass Object ( [Vid] => 327 [Value] => 7.5mW @ 200kSPS ) [87] => stdClass Object ( [Vid] => 344 [Value] => 7.5mW @ 500kSPS ) [88] => stdClass Object ( [Vid] => 445 [Value] => 7.7mW @ 188kSPS, 5.5 V ) [89] => stdClass Object ( [Vid] => 317 [Value] => 7.7mW @ 200kSPS ) [90] => stdClass Object ( [Vid] => 338 [Value] => 7.8mW @ 200kSPS ) [91] => stdClass Object ( [Vid] => 355 [Value] => 7.9mW @ 200kSPS ) [92] => stdClass Object ( [Vid] => 133 [Value] => 8mW @ 100kSPS ) [93] => stdClass Object ( [Vid] => 340 [Value] => 8mW @ 1MSPS ) [94] => stdClass Object ( [Vid] => 722 [Value] => 8.3mW @ 3MSPS ) [95] => stdClass Object ( [Vid] => 853 [Value] => 8.4mW @ 1.6MSPS ) [96] => stdClass Object ( [Vid] => 1019 [Value] => 8.4mW @ 3MSPS ) [97] => stdClass Object ( [Vid] => 242 [Value] => 8.5mW @ 32kSPS ) [98] => stdClass Object ( [Vid] => 120 [Value] => 8.5mW @ 48kSPS ) [99] => stdClass Object ( [Vid] => 318 [Value] => 8.5mW @ 500kSPS ) [100] => stdClass Object ( [Vid] => 324 [Value] => 8.6mW @ 200kSPS ) [101] => stdClass Object ( [Vid] => 328 [Value] => 8.7mW @ 500kSPS ) [102] => stdClass Object ( [Vid] => 479 [Value] => 9mW @ 133kSPS ) [103] => stdClass Object ( [Vid] => 375 [Value] => 9mW @ 1MSPS ) [104] => stdClass Object ( [Vid] => 980 [Value] => 9mW @ 2.5MSPS ) [105] => stdClass Object ( [Vid] => 43 [Value] => 9mW @ 3 V, 27mW @ 5 V ) [106] => stdClass Object ( [Vid] => 364 [Value] => 9.4mW @ 15SPS, 5 V ) [107] => stdClass Object ( [Vid] => 345 [Value] => 9.4mW @ 1MSPS ) [108] => stdClass Object ( [Vid] => 478 [Value] => 9.5mW @ 400kSPS ) [109] => stdClass Object ( [Vid] => 321 [Value] => 9.6mW @ 1MSPS ) [110] => stdClass Object ( [Vid] => 132 [Value] => 10mW @ 100kSPS ) [111] => stdClass Object ( [Vid] => 319 [Value] => 10mW @ 1MSPS ) [112] => stdClass Object ( [Vid] => 130 [Value] => 10mW @ 250kSPS ) [113] => stdClass Object ( [Vid] => 480 [Value] => 10mW @ 420kSPS ) [114] => stdClass Object ( [Vid] => 949 [Value] => 10mW @ 64kSPS ) [115] => stdClass Object ( [Vid] => 363 [Value] => 10.1mW @ 15SPS, 5 V ) [116] => stdClass Object ( [Vid] => 216 [Value] => 10.5mW @ 1.33MSPS ) [117] => stdClass Object ( [Vid] => 748 [Value] => 10.5mW @ 500kSPS ) [118] => stdClass Object ( [Vid] => 241 [Value] => 10.5mW @ 64kSPS ) [119] => stdClass Object ( [Vid] => 403 [Value] => 10.6mW @ 250kSPS, 5 V ) [120] => stdClass Object ( [Vid] => 329 [Value] => 10.7mW @ 1MSPS ) [121] => stdClass Object ( [Vid] => 213 [Value] => 10.8mW @ 250kSPS, 5 V ) [122] => stdClass Object ( [Vid] => 113 [Value] => 11mW @ 500kSPS ) [123] => stdClass Object ( [Vid] => 325 [Value] => 11.1mW @ 500kSPS ) [124] => stdClass Object ( [Vid] => 343 [Value] => 11.4mW @ 1MSPS ) [125] => stdClass Object ( [Vid] => 365 [Value] => 11.4mW @ 3 V ) [126] => stdClass Object ( [Vid] => 354 [Value] => 11.5mW @ 1MSPS ) [127] => stdClass Object ( [Vid] => 579 [Value] => 11.6mW @ 2MSPS ) [128] => stdClass Object ( [Vid] => 782 [Value] => 12mW @ 1MSPS ) [129] => stdClass Object ( [Vid] => 209 [Value] => 12mW @ 4kSPS ) [130] => stdClass Object ( [Vid] => 38 [Value] => 12.5mW @ 1MSPS, 5 V ) [131] => stdClass Object ( [Vid] => 494 [Value] => 12.5mW @ 200kSPS ) [132] => stdClass Object ( [Vid] => 212 [Value] => 12.5mW @ 250kSPS, 5 V ) [133] => stdClass Object ( [Vid] => 589 [Value] => 13mW @ 1MSPS ) [134] => stdClass Object ( [Vid] => 356 [Value] => 13.1mW @ 1MSPS ) [135] => stdClass Object ( [Vid] => 593 [Value] => 13.5mW @ 1MSPS ) [136] => stdClass Object ( [Vid] => 446 [Value] => 13.5mW @ 1MSPS, 5 V ) [137] => stdClass Object ( [Vid] => 207 [Value] => 13.5mW @ 5 V ) [138] => stdClass Object ( [Vid] => 477 [Value] => 13.75mW @ 400kSPS ) [139] => stdClass Object ( [Vid] => 586 [Value] => 14mW @ 500kSPS ) [140] => stdClass Object ( [Vid] => 1002 [Value] => 14.2mW @ 500kSPS ) [141] => stdClass Object ( [Vid] => 360 [Value] => 14.5mW @ 1MSPS ) [142] => stdClass Object ( [Vid] => 240 [Value] => 15mW @ 128kSPS ) [143] => stdClass Object ( [Vid] => 381 [Value] => 15mW @ 1MSPS, 5 V ) [144] => stdClass Object ( [Vid] => 458 [Value] => 15mW @ 200kSPS ) [145] => stdClass Object ( [Vid] => 932 [Value] => 15mW @ 2MSPS ) [146] => stdClass Object ( [Vid] => 401 [Value] => 15mW @ 500kSPS, 5 V ) [147] => stdClass Object ( [Vid] => 50 [Value] => 15mW @ 5V, 15MHz ) [148] => stdClass Object ( [Vid] => 1017 [Value] => 15.2mW @ 2MSPS ) [149] => stdClass Object ( [Vid] => 575 [Value] => 15.2mW @ 3Msps, 3 V ) [150] => stdClass Object ( [Vid] => 955 [Value] => 15.8mW @ 128kSPS ) [151] => stdClass Object ( [Vid] => 385 [Value] => 16mW @ 100kSPS ) [152] => stdClass Object ( [Vid] => 990 [Value] => 16mW @ 2MSPS ) [153] => stdClass Object ( [Vid] => 584 [Value] => 16.5mW @ 1.5MSPS ) [154] => stdClass Object ( [Vid] => 922 [Value] => 16.6mW @ 31.25kSPS ) [155] => stdClass Object ( [Vid] => 483 [Value] => 16.9mW @ 480SPS ) [156] => stdClass Object ( [Vid] => 396 [Value] => 17mW @ 100kSPS ) [157] => stdClass Object ( [Vid] => 2 [Value] => 17mW @ 100kSPS, 5 V ) [158] => stdClass Object ( [Vid] => 493 [Value] => 17mW @ 116kSPS ) [159] => stdClass Object ( [Vid] => 614 [Value] => 17mW @ 1MSPS ) [160] => stdClass Object ( [Vid] => 367 [Value] => 17mW @ 500kSPS ) [161] => stdClass Object ( [Vid] => 380 [Value] => 17.5mW @ 1MSPS, 5 V ) [162] => stdClass Object ( [Vid] => 852 [Value] => 17.5mW @ 250kSPS ) [163] => stdClass Object ( [Vid] => 596 [Value] => 18mW @ 1.6MSPS ) [164] => stdClass Object ( [Vid] => 404 [Value] => 18mW @ 500kSPS ) [165] => stdClass Object ( [Vid] => 870 [Value] => 18mW @ 78kSPS ) [166] => stdClass Object ( [Vid] => 592 [Value] => 19mW @ 2MSPS ) [167] => stdClass Object ( [Vid] => 443 [Value] => 19mW @ 500kSPS, 5 V ) [168] => stdClass Object ( [Vid] => 891 [Value] => 19.1mW @ 31.25kSPS ) [169] => stdClass Object ( [Vid] => 366 [Value] => 19.8mW @ 3MSPS, 3.6 V ) [170] => stdClass Object ( [Vid] => 994 [Value] => 20mW @ 2MSPS ) [171] => stdClass Object ( [Vid] => 196 [Value] => 20mW @ 5kSPS ) [172] => stdClass Object ( [Vid] => 869 [Value] => 20.8mW @ 78kSPS ) [173] => stdClass Object ( [Vid] => 735 [Value] => 21mW @ 1MSPS ) [174] => stdClass Object ( [Vid] => 361 [Value] => 22.45mW @ 48kSPS, 2.5 V ) [175] => stdClass Object ( [Vid] => 1020 [Value] => 23mW @ 135kSPS ) [176] => stdClass Object ( [Vid] => 971 [Value] => 23mW @ 500kSPS ) [177] => stdClass Object ( [Vid] => 975 [Value] => 24mW @ 1MSPS ) [178] => stdClass Object ( [Vid] => 896 [Value] => 24mW @ 38kSPS ) [179] => stdClass Object ( [Vid] => 205 [Value] => 24mW @ 5 V ) [180] => stdClass Object ( [Vid] => 973 [Value] => 24mW @ 500kSPS ) [181] => stdClass Object ( [Vid] => 171 [Value] => 25mW @ 1.25MSPS ) [182] => stdClass Object ( [Vid] => 150 [Value] => 25mW @ 1kSPS ) [183] => stdClass Object ( [Vid] => 326 [Value] => 25mW @ 1MSPS ) [184] => stdClass Object ( [Vid] => 752 [Value] => 25mW @ 2.5MSPS ) [185] => stdClass Object ( [Vid] => 911 [Value] => 25mW @ 38kSPS ) [186] => stdClass Object ( [Vid] => 116 [Value] => 25mW @ 500kSPS ) [187] => stdClass Object ( [Vid] => 248 [Value] => 26mW @ 3MSPS ) [188] => stdClass Object ( [Vid] => 482 [Value] => 26.7mW @ 480SPS ) [189] => stdClass Object ( [Vid] => 362 [Value] => 27mW @ 3 V ) [190] => stdClass Object ( [Vid] => 897 [Value] => 27mW @ 500kSPS ) [191] => stdClass Object ( [Vid] => 755 [Value] => 27.5mW @ 250kSPS ) [192] => stdClass Object ( [Vid] => 918 [Value] => 28mW @ 2.5MSPS ) [193] => stdClass Object ( [Vid] => 457 [Value] => 28mW @ 240SPS ) [194] => stdClass Object ( [Vid] => 928 [Value] => 28mW @ 2MSPS ) [195] => stdClass Object ( [Vid] => 556 [Value] => 28mW @ 500kSPS ) [196] => stdClass Object ( [Vid] => 909 [Value] => 28.5mW @ 78kSPS ) [197] => stdClass Object ( [Vid] => 250 [Value] => 29mW @ 2MSPS ) [198] => stdClass Object ( [Vid] => 984 [Value] => 30mW @ 1.6MSPS ) [199] => stdClass Object ( [Vid] => 476 [Value] => 30mW @ 110kSPS ) [200] => stdClass Object ( [Vid] => 368 [Value] => 30mW @ 1MSPS ) [201] => stdClass Object ( [Vid] => 562 [Value] => 30mW @ 40MSPS ) [202] => stdClass Object ( [Vid] => 399 [Value] => 31mW @ 100kSPS ) [203] => stdClass Object ( [Vid] => 598 [Value] => 31mW @ 1MSPS ) [204] => stdClass Object ( [Vid] => 734 [Value] => 31mW @ 4.5MSPS ) [205] => stdClass Object ( [Vid] => 54 [Value] => 31mW @ 52kSPS ) [206] => stdClass Object ( [Vid] => 733 [Value] => 32mW @ 5MSPS ) [207] => stdClass Object ( [Vid] => 1022 [Value] => 33mW @ 15 MSPS ) [208] => stdClass Object ( [Vid] => 501 [Value] => 33mW @ 20 MSPS ) [209] => stdClass Object ( [Vid] => 27 [Value] => 35mW @ 250kSPS ) [210] => stdClass Object ( [Vid] => 987 [Value] => 35mW @ 2MSPS ) [211] => stdClass Object ( [Vid] => 239 [Value] => 35mW @ 3.84kSPS ) [212] => stdClass Object ( [Vid] => 32 [Value] => 35mW @ 5 V ) [213] => stdClass Object ( [Vid] => 754 [Value] => 35mW @ 500kSPS ) [214] => stdClass Object ( [Vid] => 914 [Value] => 35.4mW @ 500kSPS ) [215] => stdClass Object ( [Vid] => 246 [Value] => 36mW @ 4.2MSPS ) [216] => stdClass Object ( [Vid] => 247 [Value] => 36mW @ 5MSPS ) [217] => stdClass Object ( [Vid] => 970 [Value] => 36.5mW @ 500kSPS ) [218] => stdClass Object ( [Vid] => 211 [Value] => 36.8mW @ 4.8kSPS ) [219] => stdClass Object ( [Vid] => 965 [Value] => 36.8mW @ 512kSPS ) [220] => stdClass Object ( [Vid] => 974 [Value] => 37.6mW @ 500kSPS ) [221] => stdClass Object ( [Vid] => 1 [Value] => 38mW @ 30kSPS ) [222] => stdClass Object ( [Vid] => 972 [Value] => 38.1mW @ 500kSPS ) [223] => stdClass Object ( [Vid] => 744 [Value] => 38.5mW @ 500kSPS ) [224] => stdClass Object ( [Vid] => 170 [Value] => 40mW @ 1.25MSPS ) [225] => stdClass Object ( [Vid] => 888 [Value] => 40mW @ 1MSPS ) [226] => stdClass Object ( [Vid] => 47 [Value] => 40mW @ 5 V ) [227] => stdClass Object ( [Vid] => 830 [Value] => 40mW @ 750kSPS ) [228] => stdClass Object ( [Vid] => 740 [Value] => 40.5mW @ 500kSPS ) [229] => stdClass Object ( [Vid] => 933 [Value] => 41mW @ 100MSPS ) [230] => stdClass Object ( [Vid] => 52 [Value] => 42mW @ 125kSPS ) [231] => stdClass Object ( [Vid] => 835 [Value] => 42.5mW @ 1MSPS ) [232] => stdClass Object ( [Vid] => 622 [Value] => 42.5mW @ 250kSPS ) [233] => stdClass Object ( [Vid] => 868 [Value] => 42.5mW @ 700kSPS ) [234] => stdClass Object ( [Vid] => 218 [Value] => 43mW @ 65MSPS, 1.8 V ) [235] => stdClass Object ( [Vid] => 985 [Value] => 45mW @ 5MSPS ) [236] => stdClass Object ( [Vid] => 527 [Value] => 46.3mW @ 20MSPS ) [237] => stdClass Object ( [Vid] => 696 [Value] => 47mW @ 25MSPS ) [238] => stdClass Object ( [Vid] => 532 [Value] => 47.5mW @ 20MSPS ) [239] => stdClass Object ( [Vid] => 536 [Value] => 47.9mW @ 20MSPS ) [240] => stdClass Object ( [Vid] => 383 [Value] => 50mW @ 1.33MSPS ) [241] => stdClass Object ( [Vid] => 836 [Value] => 50mW @ 1.5MSPS ) [242] => stdClass Object ( [Vid] => 753 [Value] => 50mW @ 1MSPS ) [243] => stdClass Object ( [Vid] => 848 [Value] => 50mW @ 250kSPS ) [244] => stdClass Object ( [Vid] => 117 [Value] => 50mW @ 500kSPS ) [245] => stdClass Object ( [Vid] => 988 [Value] => 50mW @ 5MSPS ) [246] => stdClass Object ( [Vid] => 763 [Value] => 53mW @ 20MSPS ) [247] => stdClass Object ( [Vid] => 751 [Value] => 55mW @ 100kSPS ) [248] => stdClass Object ( [Vid] => 465 [Value] => 55mW @ 200kSPS ) [249] => stdClass Object ( [Vid] => 583 [Value] => 55mW @ 65MSPS ) [250] => stdClass Object ( [Vid] => 219 [Value] => 57mW @ 100MSPS, 1.8 V ) [251] => stdClass Object ( [Vid] => 847 [Value] => 57mW @ 500kSPS ) [252] => stdClass Object ( [Vid] => 528 [Value] => 57.4mW @ 40MSPS ) [253] => stdClass Object ( [Vid] => 803 [Value] => 60mW @ 10MSPS ) [254] => stdClass Object ( [Vid] => 210 [Value] => 60mW @ 5 V ) [255] => stdClass Object ( [Vid] => 533 [Value] => 60.5mW @ 40MSPS ) [256] => stdClass Object ( [Vid] => 537 [Value] => 61.6mW @ 40MSPS ) [257] => stdClass Object ( [Vid] => 747 [Value] => 64.5mW @ 5MSPS ) [258] => stdClass Object ( [Vid] => 287 [Value] => 65mW @ 1.25MSPS ) [259] => stdClass Object ( [Vid] => 23 [Value] => 65mW @ 3MSPS ) [260] => stdClass Object ( [Vid] => 386 [Value] => 65mW @ 500kSPS ) [261] => stdClass Object ( [Vid] => 699 [Value] => 66mW @ 40MSPS ) [262] => stdClass Object ( [Vid] => 397 [Value] => 67mW @ 500kSPS ) [263] => stdClass Object ( [Vid] => 369 [Value] => 70mW @ 1MSPS ) [264] => stdClass Object ( [Vid] => 149 [Value] => 70mW @ 250kSPS ) [265] => stdClass Object ( [Vid] => 382 [Value] => 70mW @ 2MSPS ) [266] => stdClass Object ( [Vid] => 851 [Value] => 70mW @ 400kSPS ) [267] => stdClass Object ( [Vid] => 978 [Value] => 71mW @ 300kSPS ) [268] => stdClass Object ( [Vid] => 797 [Value] => 72.5mW @ 1MSPS ) [269] => stdClass Object ( [Vid] => 529 [Value] => 73.3mW @ 65MSPS ) [270] => stdClass Object ( [Vid] => 220 [Value] => 74mW @ 130MSPS, 1.8 V ) [271] => stdClass Object ( [Vid] => 74 [Value] => 74mW @ 65MSPS ) [272] => stdClass Object ( [Vid] => 557 [Value] => 75mW @ 200kSPS ) [273] => stdClass Object ( [Vid] => 750 [Value] => 75mW @ 250kSPS ) [274] => stdClass Object ( [Vid] => 802 [Value] => 75mW @ 25MSPS ) [275] => stdClass Object ( [Vid] => 8 [Value] => 75mW @ 2MSPS with internal REF ) [276] => stdClass Object ( [Vid] => 599 [Value] => 76.7mW @ 20MSPS ) [277] => stdClass Object ( [Vid] => 833 [Value] => 77mW @ 2MSPS ) [278] => stdClass Object ( [Vid] => 73 [Value] => 77mW @ 65MSPS ) [279] => stdClass Object ( [Vid] => 969 [Value] => 78mW @ 5MSPS ) [280] => stdClass Object ( [Vid] => 341 [Value] => 78.6mW @ 80MSPS ) [281] => stdClass Object ( [Vid] => 552 [Value] => 80mW @ 200kSPS ) [282] => stdClass Object ( [Vid] => 615 [Value] => 80mW @ 40kSPS ) [283] => stdClass Object ( [Vid] => 488 [Value] => 80mW and 72mW ) [284] => stdClass Object ( [Vid] => 951 [Value] => 81mW @ 200kSPS ) [285] => stdClass Object ( [Vid] => 393 [Value] => 81mW @ 500kSPS ) [286] => stdClass Object ( [Vid] => 534 [Value] => 81.7mW @ 65MSPS ) [287] => stdClass Object ( [Vid] => 156 [Value] => 82mW @ 108kSPS ) [288] => stdClass Object ( [Vid] => 538 [Value] => 82.3mW @ 65MSPS ) [289] => stdClass Object ( [Vid] => 530 [Value] => 83mW @ 80MSPS ) [290] => stdClass Object ( [Vid] => 208 [Value] => 85mW @ 200kSPS ) [291] => stdClass Object ( [Vid] => 14 [Value] => 85mW @ 3 V ) [292] => stdClass Object ( [Vid] => 124 [Value] => 85mW @ 3MSPS ) [293] => stdClass Object ( [Vid] => 25 [Value] => 85mW @ 5 V ) [294] => stdClass Object ( [Vid] => 128 [Value] => 85mW @ 500kSPS ) [295] => stdClass Object ( [Vid] => 481 [Value] => 85.5mW @ 1.25MSPS ) [296] => stdClass Object ( [Vid] => 953 [Value] => 86mW @ 16kSPS ) [297] => stdClass Object ( [Vid] => 570 [Value] => 88mW @ 78kSPS ) [298] => stdClass Object ( [Vid] => 400 [Value] => 89mW @ 500kSPS ) [299] => stdClass Object ( [Vid] => 371 [Value] => 90mW @ 10MSPS ) [300] => stdClass Object ( [Vid] => 15 [Value] => 90mW @ 2.5 V ) [301] => stdClass Object ( [Vid] => 559 [Value] => 90mW @ 200kSPS ) [302] => stdClass Object ( [Vid] => 553 [Value] => 90mW @ 250kSPS ) [303] => stdClass Object ( [Vid] => 203 [Value] => 90mW @ 3MSPS ) [304] => stdClass Object ( [Vid] => 155 [Value] => 90mW @ 48MSPS ) [305] => stdClass Object ( [Vid] => 17 [Value] => 92mW @ 3.3 V ) [306] => stdClass Object ( [Vid] => 645 [Value] => 92mW @ 65MSPS ) [307] => stdClass Object ( [Vid] => 387 [Value] => 92mW @ 666kSPS ) [308] => stdClass Object ( [Vid] => 392 [Value] => 93mW @ 570kSPS ) [309] => stdClass Object ( [Vid] => 822 [Value] => 93mW @ 65MSPS ) [310] => stdClass Object ( [Vid] => 535 [Value] => 93mW @ 80MSPS ) [311] => stdClass Object ( [Vid] => 539 [Value] => 94.7mW @ 80MSPS ) [312] => stdClass Object ( [Vid] => 370 [Value] => 95mW @ 10MSPS ) [313] => stdClass Object ( [Vid] => 588 [Value] => 95mW @ 250kSPS ) [314] => stdClass Object ( [Vid] => 121 [Value] => 95mW @ 4MSPS ) [315] => stdClass Object ( [Vid] => 798 [Value] => 95mW @ 5MSPS ) [316] => stdClass Object ( [Vid] => 265 [Value] => 96mW @ 65MSPS ) [317] => stdClass Object ( [Vid] => 540 [Value] => 96.9mW @ 20MSPS ) [318] => stdClass Object ( [Vid] => 968 [Value] => 97mW @ 10MSPS ) [319] => stdClass Object ( [Vid] => 989 [Value] => 97mW @ 666kSPS ) [320] => stdClass Object ( [Vid] => 110 [Value] => 100mW @ 100kSPS ) [321] => stdClass Object ( [Vid] => 448 [Value] => 100mW @ 200kSPS ) [322] => stdClass Object ( [Vid] => 372 [Value] => 100mW @ 20MSPS ) [323] => stdClass Object ( [Vid] => 161 [Value] => 100mW @ 40MSPS ) [324] => stdClass Object ( [Vid] => 9 [Value] => 100mW @ 65MSPS ) [325] => stdClass Object ( [Vid] => 162 [Value] => 103mW @ 40MSPS ) [326] => stdClass Object ( [Vid] => 264 [Value] => 104mW @ 80MSPS ) [327] => stdClass Object ( [Vid] => 991 [Value] => 105mW @ 10kSPS ) [328] => stdClass Object ( [Vid] => 373 [Value] => 105mW @ 20MSPS ) [329] => stdClass Object ( [Vid] => 846 [Value] => 105mW @ 250kSPS ) [330] => stdClass Object ( [Vid] => 60 [Value] => 105mW @ 3.3 V ) [331] => stdClass Object ( [Vid] => 349 [Value] => 105mW @ 5MSPS ) [332] => stdClass Object ( [Vid] => 977 [Value] => 106mW @ 400kSPS ) [333] => stdClass Object ( [Vid] => 649 [Value] => 106.9mW @ 25MSPS ) [334] => stdClass Object ( [Vid] => 890 [Value] => 110mW @ 100kSPS ) [335] => stdClass Object ( [Vid] => 582 [Value] => 110mW @ 25MSPS ) [336] => stdClass Object ( [Vid] => 141 [Value] => 110mW @ 500kSPS ) [337] => stdClass Object ( [Vid] => 137 [Value] => 110mW @ 600kSPS ) [338] => stdClass Object ( [Vid] => 600 [Value] => 111mW @ 40MSPS ) [339] => stdClass Object ( [Vid] => 395 [Value] => 112mW @ 1MSPS ) [340] => stdClass Object ( [Vid] => 687 [Value] => 113mW @ 80MSPS ) [341] => stdClass Object ( [Vid] => 398 [Value] => 115mW @ 1MSPS ) [342] => stdClass Object ( [Vid] => 391 [Value] => 115mW @ 500kSPS ) [343] => stdClass Object ( [Vid] => 140 [Value] => 115mW @ 580kSPS ) [344] => stdClass Object ( [Vid] => 139 [Value] => 115mW @ 600kSPS ) [345] => stdClass Object ( [Vid] => 654 [Value] => 115.2mW @ 25MSPS ) [346] => stdClass Object ( [Vid] => 964 [Value] => 117mW @ 32kSPS ) [347] => stdClass Object ( [Vid] => 906 [Value] => 118mW @ 25MSPS ) [348] => stdClass Object ( [Vid] => 11 [Value] => 119mW @ 65MSPS ) [349] => stdClass Object ( [Vid] => 263 [Value] => 120mW @ 105MSPS ) [350] => stdClass Object ( [Vid] => 810 [Value] => 120mW @ 10MSPS ) [351] => stdClass Object ( [Vid] => 35 [Value] => 120mW @ 1MSPS ) [352] => stdClass Object ( [Vid] => 447 [Value] => 120mW @ 200kSPS ) [353] => stdClass Object ( [Vid] => 801 [Value] => 120mW @ 40MSPS ) [354] => stdClass Object ( [Vid] => 388 [Value] => 120mW @ 500kSPS ) [355] => stdClass Object ( [Vid] => 484 [Value] => 120mW @ 80MSPS ) [356] => stdClass Object ( [Vid] => 681 [Value] => 121.1mW @ 40MSPS ) [357] => stdClass Object ( [Vid] => 795 [Value] => 122mW @ 20MSPS ) [358] => stdClass Object ( [Vid] => 889 [Value] => 123mW @ 250kSPS ) [359] => stdClass Object ( [Vid] => 655 [Value] => 124mW @ 25MSPS ) [360] => stdClass Object ( [Vid] => 416 [Value] => 125mW @ 1.2kSPS ) [361] => stdClass Object ( [Vid] => 920 [Value] => 125mW @ 15MSPS ) [362] => stdClass Object ( [Vid] => 417 [Value] => 125mW @ 600SPS ) [363] => stdClass Object ( [Vid] => 204 [Value] => 126mW @ 800kSPS ) [364] => stdClass Object ( [Vid] => 662 [Value] => 129.4mW @ 40MSPS ) [365] => stdClass Object ( [Vid] => 169 [Value] => 130mW @ 20MSPS ) [366] => stdClass Object ( [Vid] => 138 [Value] => 130mW @ 750kSPS ) [367] => stdClass Object ( [Vid] => 394 [Value] => 133mW @ 1MSPS ) [368] => stdClass Object ( [Vid] => 1013 [Value] => 136mW @ 10MSPS ) [369] => stdClass Object ( [Vid] => 523 [Value] => 136.3mW @ 40MSPS ) [370] => stdClass Object ( [Vid] => 647 [Value] => 140mW @ 10MSPS ) [371] => stdClass Object ( [Vid] => 587 [Value] => 140mW @ 1MSPS ) [372] => stdClass Object ( [Vid] => 37 [Value] => 140mW @ 250kSPS ) [373] => stdClass Object ( [Vid] => 689 [Value] => 144mW @ 40MSPS ) [374] => stdClass Object ( [Vid] => 55 [Value] => 145mW @ 625kSPS, 330mW @ 1.25MSPS ) [375] => stdClass Object ( [Vid] => 502 [Value] => 145mW @ 6MSPS ) [376] => stdClass Object ( [Vid] => 643 [Value] => 146mW @ 40MSPS ) [377] => stdClass Object ( [Vid] => 905 [Value] => 147mW @ 50MSPS ) [378] => stdClass Object ( [Vid] => 164 [Value] => 148mW @ 15MSPS ) [379] => stdClass Object ( [Vid] => 554 [Value] => 150mW @ 10MSPS ) [380] => stdClass Object ( [Vid] => 809 [Value] => 150mW @ 25MSPS ) [381] => stdClass Object ( [Vid] => 159 [Value] => 150mW @ 30MSPS ) [382] => stdClass Object ( [Vid] => 134 [Value] => 150mW @ 500kSPS ) [383] => stdClass Object ( [Vid] => 384 [Value] => 150mW @ 570kSPS ) [384] => stdClass Object ( [Vid] => 850 [Value] => 150mW @ 800kSPS ) [385] => stdClass Object ( [Vid] => 566 [Value] => 150mW @ 860SPS ) [386] => stdClass Object ( [Vid] => 601 [Value] => 150.8mW @ 65MSPS ) [387] => stdClass Object ( [Vid] => 668 [Value] => 152.6mW @ 65MSPS ) [388] => stdClass Object ( [Vid] => 142 [Value] => 155mW @ 1.25MSPS ) [389] => stdClass Object ( [Vid] => 634 [Value] => 155mW @ 25MSPS ) [390] => stdClass Object ( [Vid] => 145 [Value] => 155mW @ 4MSPS ) [391] => stdClass Object ( [Vid] => 656 [Value] => 158mW @ 25MSPS ) [392] => stdClass Object ( [Vid] => 59 [Value] => 160mW @ 3.3 V ) [393] => stdClass Object ( [Vid] => 160 [Value] => 160mW @ 30MSPS ) [394] => stdClass Object ( [Vid] => 678 [Value] => 160.9mW @ 65MSPS ) [395] => stdClass Object ( [Vid] => 794 [Value] => 161mW @ 20MSPS ) [396] => stdClass Object ( [Vid] => 708 [Value] => 161mW @ 80MSPS ) [397] => stdClass Object ( [Vid] => 981 [Value] => 162mW @ 1.5MSPS ) [398] => stdClass Object ( [Vid] => 1003 [Value] => 162mW @ 2MSPS ) [399] => stdClass Object ( [Vid] => 613 [Value] => 162.5mW @ 2.5MSPS ) [400] => stdClass Object ( [Vid] => 475 [Value] => 165mW @ 250kSPS ) [401] => stdClass Object ( [Vid] => 898 [Value] => 166mW @ 200kSPS ) [402] => stdClass Object ( [Vid] => 676 [Value] => 170mW @ 105MSPS ) [403] => stdClass Object ( [Vid] => 702 [Value] => 170mW @ 80MSPS ) [404] => stdClass Object ( [Vid] => 630 [Value] => 172mW @ 40MSPS ) [405] => stdClass Object ( [Vid] => 686 [Value] => 173mW @ 25MSPS ) [406] => stdClass Object ( [Vid] => 144 [Value] => 175mW @ 2MSPS ) [407] => stdClass Object ( [Vid] => 498 [Value] => 176mW @ 96kSPS ) [408] => stdClass Object ( [Vid] => 638 [Value] => 177mW @ 105MSPS ) [409] => stdClass Object ( [Vid] => 924 [Value] => 177mW @ 25MSPS ) [410] => stdClass Object ( [Vid] => 602 [Value] => 177mW @ 80MSPS ) [411] => stdClass Object ( [Vid] => 199 [Value] => 180mW @ 5 V ) [412] => stdClass Object ( [Vid] => 817 [Value] => 180mW @ 50MSPS ) [413] => stdClass Object ( [Vid] => 904 [Value] => 183mW @ 80MSPS ) [414] => stdClass Object ( [Vid] => 154 [Value] => 185mW @ 60MSPS ) [415] => stdClass Object ( [Vid] => 3 [Value] => 186mW @ 5 V AVdd, 3.3 V DVdd ) [416] => stdClass Object ( [Vid] => 163 [Value] => 186mW @ 8MSPS ) [417] => stdClass Object ( [Vid] => 701 [Value] => 187mW @ 105MSPS ) [418] => stdClass Object ( [Vid] => 165 [Value] => 188mW @ 30MSPS ) [419] => stdClass Object ( [Vid] => 690 [Value] => 190mW @ 40MSPS ) [420] => stdClass Object ( [Vid] => 524 [Value] => 191.2mW @ 65MSPS ) [421] => stdClass Object ( [Vid] => 201 [Value] => 198mW @ 5 V ) [422] => stdClass Object ( [Vid] => 636 [Value] => 198mW @ 65MSPS ) [423] => stdClass Object ( [Vid] => 671 [Value] => 199mW @ 125MSPS ) [424] => stdClass Object ( [Vid] => 692 [Value] => 199mW @ 40MSPS ) [425] => stdClass Object ( [Vid] => 390 [Value] => 200mW @ 100kSPS ) [426] => stdClass Object ( [Vid] => 504 [Value] => 200mW @ 160MSPS ) [427] => stdClass Object ( [Vid] => 131 [Value] => 200mW @ 250kSPS ) [428] => stdClass Object ( [Vid] => 698 [Value] => 200mW @ 65MSPS ) [429] => stdClass Object ( [Vid] => 625 [Value] => 202mW @ 65MSPS ) [430] => stdClass Object ( [Vid] => 642 [Value] => 204mW @ 125MSPS ) [431] => stdClass Object ( [Vid] => 952 [Value] => 204mW @ 1MSPS ) [432] => stdClass Object ( [Vid] => 496 [Value] => 205mW @ 192kSPS ) [433] => stdClass Object ( [Vid] => 800 [Value] => 205mW @ 65MSPS ) [434] => stdClass Object ( [Vid] => 230 [Value] => 205mW @ 750kSPS ) [435] => stdClass Object ( [Vid] => 657 [Value] => 209mW @ 125MSPS ) [436] => stdClass Object ( [Vid] => 910 [Value] => 209mW @ 39kSPS ) [437] => stdClass Object ( [Vid] => 320 [Value] => 210mW @ 200MSPS ) [438] => stdClass Object ( [Vid] => 333 [Value] => 210mW @ 40MSPS ) [439] => stdClass Object ( [Vid] => 469 [Value] => 210mW @ 500kSPS ) [440] => stdClass Object ( [Vid] => 804 [Value] => 211mW @ 80MSPS ) [441] => stdClass Object ( [Vid] => 470 [Value] => 213mW @ 308kSPS ) [442] => stdClass Object ( [Vid] => 691 [Value] => 214mW @ 25MSPS ) [443] => stdClass Object ( [Vid] => 460 [Value] => 215mW @ 90MSPS ) [444] => stdClass Object ( [Vid] => 624 [Value] => 216mW @ 25MSPS ) [445] => stdClass Object ( [Vid] => 632 [Value] => 217mW @ 80MSPS ) [446] => stdClass Object ( [Vid] => 728 [Value] => 218mW @ 20MSPS ) [447] => stdClass Object ( [Vid] => 648 [Value] => 219mW @ 65MSPS ) [448] => stdClass Object ( [Vid] => 147 [Value] => 220mW @ 1MSPS ) [449] => stdClass Object ( [Vid] => 832 [Value] => 220mW @ 25MSPS ) [450] => stdClass Object ( [Vid] => 939 [Value] => 220mW @ 333kSPS ) [451] => stdClass Object ( [Vid] => 627 [Value] => 221mW @ 150MSPS ) [452] => stdClass Object ( [Vid] => 706 [Value] => 221mW @ 25MSPS ) [453] => stdClass Object ( [Vid] => 882 [Value] => 221mW @ 60MSPS ) [454] => stdClass Object ( [Vid] => 799 [Value] => 222mW @ 80MSPS ) [455] => stdClass Object ( [Vid] => 525 [Value] => 224.6mW @ 80MSPS ) [456] => stdClass Object ( [Vid] => 146 [Value] => 225mW @ 1MSPS ) [457] => stdClass Object ( [Vid] => 675 [Value] => 225mW @ 25MSPS ) [458] => stdClass Object ( [Vid] => 453 [Value] => 225mW @ 40MSPS ) [459] => stdClass Object ( [Vid] => 639 [Value] => 225mW @ 80MSPS ) [460] => stdClass Object ( [Vid] => 900 [Value] => 228mW @ 50MSPS ) [461] => stdClass Object ( [Vid] => 617 [Value] => 229mW @ 125MSPS ) [462] => stdClass Object ( [Vid] => 703 [Value] => 229mW @ 80MSPS ) [463] => stdClass Object ( [Vid] => 982 [Value] => 230mW @ 1MSPS ) [464] => stdClass Object ( [Vid] => 623 [Value] => 230mW @ 200MSPS ) [465] => stdClass Object ( [Vid] => 644 [Value] => 231mW @ 150MSPS ) [466] => stdClass Object ( [Vid] => 916 [Value] => 231mW @ 78.1kSPS ) [467] => stdClass Object ( [Vid] => 903 [Value] => 233mW @ 125MSPS ) [468] => stdClass Object ( [Vid] => 350 [Value] => 235mW @ 10MSPS ) [469] => stdClass Object ( [Vid] => 499 [Value] => 235mW @ 192kSPS ) [470] => stdClass Object ( [Vid] => 808 [Value] => 235mW @ 40MSPS ) [471] => stdClass Object ( [Vid] => 551 [Value] => 237mW @ 25MSPS ) [472] => stdClass Object ( [Vid] => 917 [Value] => 237mW @ 78.1kSPS ) [473] => stdClass Object ( [Vid] => 712 [Value] => 237mW @ 80MSPS ) [474] => stdClass Object ( [Vid] => 514 [Value] => 239mW @ 80MSPS ) [475] => stdClass Object ( [Vid] => 563 [Value] => 240mW @ 125MSPS ) [476] => stdClass Object ( [Vid] => 519 [Value] => 241mW @ 80MSPS ) [477] => stdClass Object ( [Vid] => 618 [Value] => 243mW @ 125MSPS ) [478] => stdClass Object ( [Vid] => 796 [Value] => 244mW @ 20MSPS ) [479] => stdClass Object ( [Vid] => 938 [Value] => 245mW @ 6MSPS ) [480] => stdClass Object ( [Vid] => 466 [Value] => 246mW @ 80MSPS ) [481] => stdClass Object ( [Vid] => 148 [Value] => 250mW @ 10MSPS ) [482] => stdClass Object ( [Vid] => 781 [Value] => 250mW @ 40MSPS ) [483] => stdClass Object ( [Vid] => 664 [Value] => 250mW @ 65MSPS ) [484] => stdClass Object ( [Vid] => 631 [Value] => 252mW @ 40MSPS ) [485] => stdClass Object ( [Vid] => 640 [Value] => 253mW @ 105MSPS ) [486] => stdClass Object ( [Vid] => 665 [Value] => 256mW @ 40MSPS ) [487] => stdClass Object ( [Vid] => 659 [Value] => 259mW @ 40MSPS ) [488] => stdClass Object ( [Vid] => 580 [Value] => 259.7mW @ 510kSPS ) [489] => stdClass Object ( [Vid] => 685 [Value] => 261mW @ 105MSPS ) [490] => stdClass Object ( [Vid] => 231 [Value] => 261mW @ 275MSPS ) [491] => stdClass Object ( [Vid] => 467 [Value] => 264mW @ 100MSPS ) [492] => stdClass Object ( [Vid] => 153 [Value] => 265mW @ 60MSPS ) [493] => stdClass Object ( [Vid] => 106 [Value] => 265mW @ 65MSPS ) [494] => stdClass Object ( [Vid] => 674 [Value] => 266mW @ 105MSPS ) [495] => stdClass Object ( [Vid] => 235 [Value] => 267mW @ 250MSPS ) [496] => stdClass Object ( [Vid] => 166 [Value] => 270mW @ 1MSPS ) [497] => stdClass Object ( [Vid] => 167 [Value] => 270mW @ 3MSPS ) [498] => stdClass Object ( [Vid] => 940 [Value] => 270mW @ 500kSPS ) [499] => stdClass Object ( [Vid] => 330 [Value] => 270mW @ 80MSPS ) [500] => stdClass Object ( [Vid] => 168 [Value] => 270mW @ 8MSPS ) [501] => stdClass Object ( [Vid] => 875 [Value] => 273mW @ 1MSPS ) [502] => stdClass Object ( [Vid] => 715 [Value] => 274mW @ 105MSPS ) [503] => stdClass Object ( [Vid] => 233 [Value] => 278mW @ 275MSPS ) [504] => stdClass Object ( [Vid] => 901 [Value] => 281mW @ 50MSPS ) [505] => stdClass Object ( [Vid] => 993 [Value] => 284mW @ 200kSPS ) [506] => stdClass Object ( [Vid] => 62 [Value] => 285mW @ 2.5 V ) [507] => stdClass Object ( [Vid] => 92 [Value] => 285mW @ 65MSPS ) [508] => stdClass Object ( [Vid] => 550 [Value] => 288mW @ 80kSPS ) [509] => stdClass Object ( [Vid] => 925 [Value] => 288mW @ 80MSPS ) [510] => stdClass Object ( [Vid] => 143 [Value] => 290mW @ 2MSPS ) [511] => stdClass Object ( [Vid] => 663 [Value] => 293mW @ 125MSPS ) [512] => stdClass Object ( [Vid] => 820 [Value] => 295mW @ 500MSPS ) [513] => stdClass Object ( [Vid] => 680 [Value] => 295mW @ 80MSPS ) [514] => stdClass Object ( [Vid] => 729 [Value] => 299mW @ 20MSPS ) [515] => stdClass Object ( [Vid] => 609 [Value] => 300mW @ 156kSPS ) [516] => stdClass Object ( [Vid] => 419 [Value] => 300mW @ 312kSPS ) [517] => stdClass Object ( [Vid] => 456 [Value] => 300mW @ 5MSPS ) [518] => stdClass Object ( [Vid] => 107 [Value] => 300mW @ 80 MSPS ) [519] => stdClass Object ( [Vid] => 697 [Value] => 304mW @ 65MSPS ) [520] => stdClass Object ( [Vid] => 157 [Value] => 308mW @ 216kSPS ) [521] => stdClass Object ( [Vid] => 455 [Value] => 310mW @ 60MSPS ) [522] => stdClass Object ( [Vid] => 576 [Value] => 311mW @ 170MSPS ) [523] => stdClass Object ( [Vid] => 764 [Value] => 312mW @ 60MSPS ) [524] => stdClass Object ( [Vid] => 887 [Value] => 313mW @ 125MSPS ) [525] => stdClass Object ( [Vid] => 707 [Value] => 315mW @ 125MSPS ) [526] => stdClass Object ( [Vid] => 97 [Value] => 315mW @ 65MSPS ) [527] => stdClass Object ( [Vid] => 629 [Value] => 317mW @ 125MSPS ) [528] => stdClass Object ( [Vid] => 93 [Value] => 318mW @ 80MSPS ) [529] => stdClass Object ( [Vid] => 806 [Value] => 320mW @ 105MSPS ) [530] => stdClass Object ( [Vid] => 63 [Value] => 320mW @ 40MSPS ) [531] => stdClass Object ( [Vid] => 513 [Value] => 321mW @ 105MSPS ) [532] => stdClass Object ( [Vid] => 308 [Value] => 322mW @ 250MSPS ) [533] => stdClass Object ( [Vid] => 518 [Value] => 323mW @ 105MSPS ) [534] => stdClass Object ( [Vid] => 670 [Value] => 324mW @ 125MSPS ) [535] => stdClass Object ( [Vid] => 452 [Value] => 325mW @ 75MSPS ) [536] => stdClass Object ( [Vid] => 902 [Value] => 329mW @ 80MSPS ) [537] => stdClass Object ( [Vid] => 577 [Value] => 333mW @ 210MSPS ) [538] => stdClass Object ( [Vid] => 152 [Value] => 335mW @ 53MSPS ) [539] => stdClass Object ( [Vid] => 976 [Value] => 337mW @ 200MSPS ) [540] => stdClass Object ( [Vid] => 704 [Value] => 338mW @ 170MSPS ) [541] => stdClass Object ( [Vid] => 108 [Value] => 340mw @ 105MSPS ) [542] => stdClass Object ( [Vid] => 251 [Value] => 340mw @ 192kHz ) [543] => stdClass Object ( [Vid] => 348 [Value] => 340mW @ 40MSPS ) [544] => stdClass Object ( [Vid] => 876 [Value] => 340mW @ 65MSPS ) [545] => stdClass Object ( [Vid] => 961 [Value] => 345mW @ 256kSPS ) [546] => stdClass Object ( [Vid] => 683 [Value] => 346mW @ 80MSPS ) [547] => stdClass Object ( [Vid] => 276 [Value] => 349mW @ 170MSPS ) [548] => stdClass Object ( [Vid] => 98 [Value] => 350mW @ 80MSPS ) [549] => stdClass Object ( [Vid] => 873 [Value] => 350mW @ 90MSPS ) [550] => stdClass Object ( [Vid] => 96 [Value] => 351mW @ 80MSPS ) [551] => stdClass Object ( [Vid] => 261 [Value] => 360mW @ 100kSPS ) [552] => stdClass Object ( [Vid] => 571 [Value] => 360mW @ 250MSPS ) [553] => stdClass Object ( [Vid] => 26 [Value] => 360mW @ 5 V ) [554] => stdClass Object ( [Vid] => 334 [Value] => 360mW @ 65MSPS ) [555] => stdClass Object ( [Vid] => 75 [Value] => 360mW @ 80MSPS ) [556] => stdClass Object ( [Vid] => 626 [Value] => 362mW @ 65MSPS ) [557] => stdClass Object ( [Vid] => 713 [Value] => 364mW @ 210MSPS ) [558] => stdClass Object ( [Vid] => 309 [Value] => 364mW @ 250MSPS ) [559] => stdClass Object ( [Vid] => 826 [Value] => 365mW @ 170MSPS ) [560] => stdClass Object ( [Vid] => 197 [Value] => 365mW @ 192kSPS ) [561] => stdClass Object ( [Vid] => 65 [Value] => 366mW @ 65MSPS ) [562] => stdClass Object ( [Vid] => 282 [Value] => 366mW @ 80MSPS ) [563] => stdClass Object ( [Vid] => 669 [Value] => 367mW @ 65MSPS ) [564] => stdClass Object ( [Vid] => 512 [Value] => 371mW @ 125MSPS ) [565] => stdClass Object ( [Vid] => 64 [Value] => 371mW @ 65MSPS ) [566] => stdClass Object ( [Vid] => 291 [Value] => 373mW @ 105MSPS ) [567] => stdClass Object ( [Vid] => 517 [Value] => 373mW @ 125MSPS ) [568] => stdClass Object ( [Vid] => 278 [Value] => 373mW @ 200MSPS ) [569] => stdClass Object ( [Vid] => 94 [Value] => 374mW @ 105MSPS ) [570] => stdClass Object ( [Vid] => 688 [Value] => 374mW @ 210MSPS ) [571] => stdClass Object ( [Vid] => 20 [Value] => 378mW @ 1.8 V ) [572] => stdClass Object ( [Vid] => 709 [Value] => 380mW @ 250MSPS ) [573] => stdClass Object ( [Vid] => 459 [Value] => 380mW @ 60MSPS ) [574] => stdClass Object ( [Vid] => 767 [Value] => 380mW @ 65MSPS ) [575] => stdClass Object ( [Vid] => 277 [Value] => 383mW @ 210MSPS ) [576] => stdClass Object ( [Vid] => 175 [Value] => 385mW @ 50MSPS ) [577] => stdClass Object ( [Vid] => 358 [Value] => 390mW @ 2.5MSPS ) [578] => stdClass Object ( [Vid] => 840 [Value] => 391mW @ 125MSPS ) [579] => stdClass Object ( [Vid] => 711 [Value] => 392mW @ 250MSPS ) [580] => stdClass Object ( [Vid] => 295 [Value] => 392mW @ 50MSPS ) [581] => stdClass Object ( [Vid] => 805 [Value] => 395mW @ 125MSPS ) [582] => stdClass Object ( [Vid] => 558 [Value] => 397mW @ 65MSPS ) [583] => stdClass Object ( [Vid] => 331 [Value] => 400mW @ 105MSPS ) [584] => stdClass Object ( [Vid] => 200 [Value] => 400mW @ 5 V ) [585] => stdClass Object ( [Vid] => 723 [Value] => 400mW @ 65MSPS ) [586] => stdClass Object ( [Vid] => 923 [Value] => 401mW @ 125MSPS ) [587] => stdClass Object ( [Vid] => 99 [Value] => 405mW @ 105MSPS ) [588] => stdClass Object ( [Vid] => 819 [Value] => 405mW @ 65MSPS ) [589] => stdClass Object ( [Vid] => 641 [Value] => 409mW @ 105MSPS ) [590] => stdClass Object ( [Vid] => 635 [Value] => 409mW @ 80MSPS ) [591] => stdClass Object ( [Vid] => 136 [Value] => 413.5mW @ 250kSPS ) [592] => stdClass Object ( [Vid] => 714 [Value] => 415mW @ 310MSPS ) [593] => stdClass Object ( [Vid] => 660 [Value] => 416mW @ 80MSPS ) [594] => stdClass Object ( [Vid] => 95 [Value] => 417mW @ 125MSPS ) [595] => stdClass Object ( [Vid] => 811 [Value] => 422mW @ 80MSPS ) [596] => stdClass Object ( [Vid] => 337 [Value] => 425mW @ 80MSPS ) [597] => stdClass Object ( [Vid] => 236 [Value] => 429mW @ 250MSPS ) [598] => stdClass Object ( [Vid] => 718 [Value] => 430mW @ 125MSPS ) [599] => stdClass Object ( [Vid] => 768 [Value] => 430mW @ 80MSPS ) [600] => stdClass Object ( [Vid] => 234 [Value] => 432mW @ 500MSPS ) [601] => stdClass Object ( [Vid] => 31 [Value] => 434mW @ 250MSPS ) [602] => stdClass Object ( [Vid] => 21 [Value] => 437mW @ 1.8 V ) [603] => stdClass Object ( [Vid] => 695 [Value] => 437mW @ 310MSPS ) [604] => stdClass Object ( [Vid] => 307 [Value] => 439mW @ 250MSPS ) [605] => stdClass Object ( [Vid] => 621 [Value] => 440mW @ 50MSPS ) [606] => stdClass Object ( [Vid] => 807 [Value] => 444mW @ 80MSPS ) [607] => stdClass Object ( [Vid] => 336 [Value] => 447mW @ 80MSPS ) [608] => stdClass Object ( [Vid] => 262 [Value] => 450mW @ 100kSPS ) [609] => stdClass Object ( [Vid] => 544 [Value] => 450mW @ 200MSPS ) [610] => stdClass Object ( [Vid] => 57 [Value] => 450mW @ 5 V ) [611] => stdClass Object ( [Vid] => 667 [Value] => 454mW @ 105MSPS ) [612] => stdClass Object ( [Vid] => 839 [Value] => 454mW @ 160MSPS ) [613] => stdClass Object ( [Vid] => 33 [Value] => 455mW @125MSPS ) [614] => stdClass Object ( [Vid] => 292 [Value] => 458mW @ 125MSPS ) [615] => stdClass Object ( [Vid] => 818 [Value] => 470mW @ 80MSPS ) [616] => stdClass Object ( [Vid] => 947 [Value] => 475mW @ 105MSPS ) [617] => stdClass Object ( [Vid] => 793 [Value] => 477mW @ 25MSPS ) [618] => stdClass Object ( [Vid] => 658 [Value] => 479mW @ 105MSPS ) [619] => stdClass Object ( [Vid] => 693 [Value] => 479mW @ 125MSPS ) [620] => stdClass Object ( [Vid] => 705 [Value] => 480mW @ 40MSPS ) [621] => stdClass Object ( [Vid] => 684 [Value] => 490mW @ 105MSPS ) [622] => stdClass Object ( [Vid] => 855 [Value] => 490mW @ 200MSPS ) [623] => stdClass Object ( [Vid] => 858 [Value] => 491mW @ 50MSPS ) [624] => stdClass Object ( [Vid] => 880 [Value] => 497mW @ 95MSPS ) [625] => stdClass Object ( [Vid] => 100 [Value] => 500mW @ 125MSPS ) [626] => stdClass Object ( [Vid] => 449 [Value] => 500mW @ 50MSPS ) [627] => stdClass Object ( [Vid] => 225 [Value] => 510mW @ 210MSPS ) [628] => stdClass Object ( [Vid] => 854 [Value] => 511mW @ 200MSPS ) [629] => stdClass Object ( [Vid] => 34 [Value] => 515mW @ 1.25MSPS, 5 V AVDD ) [630] => stdClass Object ( [Vid] => 102 [Value] => 515mW @ 65MSPS ) [631] => stdClass Object ( [Vid] => 679 [Value] => 520mW @ 125MSPS ) [632] => stdClass Object ( [Vid] => 573 [Value] => 522mW @ 500MSPS ) [633] => stdClass Object ( [Vid] => 555 [Value] => 522mW @ 80MSPS ) [634] => stdClass Object ( [Vid] => 299 [Value] => 530mW @ 100MSPS ) [635] => stdClass Object ( [Vid] => 547 [Value] => 530mW @ 2.5MSPS ) [636] => stdClass Object ( [Vid] => 572 [Value] => 535mW @ 500MSPS ) [637] => stdClass Object ( [Vid] => 812 [Value] => 540mW @ 105MSPS ) [638] => stdClass Object ( [Vid] => 357 [Value] => 540mW @ 200MSPS ) [639] => stdClass Object ( [Vid] => 87 [Value] => 541mW @ 80MSPS ) [640] => stdClass Object ( [Vid] => 172 [Value] => 545mW @ 80MSPS ) [641] => stdClass Object ( [Vid] => 769 [Value] => 550mW @ 105MSPS ) [642] => stdClass Object ( [Vid] => 312 [Value] => 550mW @ 80MSPS ) [643] => stdClass Object ( [Vid] => 578 [Value] => 560mW @ 250MSPS ) [644] => stdClass Object ( [Vid] => 226 [Value] => 561mW @ 250MSPS ) [645] => stdClass Object ( [Vid] => 936 [Value] => 570mW @ 170MSPS ) [646] => stdClass Object ( [Vid] => 16 [Value] => 570mW @ 5 V, 3 V ) [647] => stdClass Object ( [Vid] => 86 [Value] => 571mW @ 105MSPS ) [648] => stdClass Object ( [Vid] => 84 [Value] => 578mW @ 125MSPS ) [649] => stdClass Object ( [Vid] => 774 [Value] => 580mW @ 65MSPS ) [650] => stdClass Object ( [Vid] => 844 [Value] => 583mW @ 160MSPS ) [651] => stdClass Object ( [Vid] => 792 [Value] => 583mW @ 40MSPS ) [652] => stdClass Object ( [Vid] => 954 [Value] => 584mW @ 250MSPS ) [653] => stdClass Object ( [Vid] => 66 [Value] => 584mW @ 40MSPS ) [654] => stdClass Object ( [Vid] => 859 [Value] => 584mW @ 80MSPS ) [655] => stdClass Object ( [Vid] => 650 [Value] => 585mW @ 125MSPS ) [656] => stdClass Object ( [Vid] => 103 [Value] => 594mW @ 80MSPS ) [657] => stdClass Object ( [Vid] => 653 [Value] => 596mW @ 170MSPS ) [658] => stdClass Object ( [Vid] => 731 [Value] => 597mW @ 65MSPS ) [659] => stdClass Object ( [Vid] => 666 [Value] => 598mW @ 125MSPS ) [660] => stdClass Object ( [Vid] => 332 [Value] => 600mW @ 40MSPS ) [661] => stdClass Object ( [Vid] => 545 [Value] => 600mW @ 80MSPS ) [662] => stdClass Object ( [Vid] => 339 [Value] => 605mW @ 500kSPS ) [663] => stdClass Object ( [Vid] => 619 [Value] => 607mW @ 170MSPS ) [664] => stdClass Object ( [Vid] => 187 [Value] => 608mW @ 125MSPS ) [665] => stdClass Object ( [Vid] => 651 [Value] => 610mW @ 65MSPS ) [666] => stdClass Object ( [Vid] => 721 [Value] => 614mW @ 170MSPS ) [667] => stdClass Object ( [Vid] => 158 [Value] => 615mW @ 192kSPS ) [668] => stdClass Object ( [Vid] => 487 [Value] => 615mW @ 65MSPS ) [669] => stdClass Object ( [Vid] => 765 [Value] => 620mW @ 200MSPS ) [670] => stdClass Object ( [Vid] => 646 [Value] => 621mW @ 170MSPS ) [671] => stdClass Object ( [Vid] => 603 [Value] => 625mW @ 370MSPS ) [672] => stdClass Object ( [Vid] => 543 [Value] => 630mW @ 125MSPS ) [673] => stdClass Object ( [Vid] => 948 [Value] => 630mW @ 135MSPS ) [674] => stdClass Object ( [Vid] => 967 [Value] => 631mW @ 256kSPS ) [675] => stdClass Object ( [Vid] => 776 [Value] => 635mW @ 80MSPS ) [676] => stdClass Object ( [Vid] => 881 [Value] => 637mW @ 65MSPS ) [677] => stdClass Object ( [Vid] => 950 [Value] => 638mW @ 256kSPS ) [678] => stdClass Object ( [Vid] => 285 [Value] => 640mW @ 65MSPS ) [679] => stdClass Object ( [Vid] => 726 [Value] => 640.8mW @ 100MSPS ) [680] => stdClass Object ( [Vid] => 652 [Value] => 643mW @ 210MSPS ) [681] => stdClass Object ( [Vid] => 451 [Value] => 650mW @ 600MSPS ) [682] => stdClass Object ( [Vid] => 454 [Value] => 650mW @ 60MSPS ) [683] => stdClass Object ( [Vid] => 560 [Value] => 656mW @ 105MSPS ) [684] => stdClass Object ( [Vid] => 227 [Value] => 660mW @ 250MSPS ) [685] => stdClass Object ( [Vid] => 67 [Value] => 660mW @ 65MSPS ) [686] => stdClass Object ( [Vid] => 606 [Value] => 670mW @ 170MSPS ) [687] => stdClass Object ( [Vid] => 661 [Value] => 670mW @ 210MSPS ) [688] => stdClass Object ( [Vid] => 605 [Value] => 670mW @ 500MSPS ) [689] => stdClass Object ( [Vid] => 597 [Value] => 673mW @ 125MSPS ) [690] => stdClass Object ( [Vid] => 694 [Value] => 679mW @ 250MSPS ) [691] => stdClass Object ( [Vid] => 720 [Value] => 680mW @ 210MSPS ) [692] => stdClass Object ( [Vid] => 335 [Value] => 686mW @ 66MSPS ) [693] => stdClass Object ( [Vid] => 779 [Value] => 690mW @ 125MSPS ) [694] => stdClass Object ( [Vid] => 604 [Value] => 690mW @ 500MSPS ) [695] => stdClass Object ( [Vid] => 682 [Value] => 706mW @ 250MSPS ) [696] => stdClass Object ( [Vid] => 104 [Value] => 710mW @ 105MSPS ) [697] => stdClass Object ( [Vid] => 760 [Value] => 710mW @ 125MSPS ) [698] => stdClass Object ( [Vid] => 821 [Value] => 710mW @ 1GSPS ) [699] => stdClass Object ( [Vid] => 935 [Value] => 710mW @ 210MSPS ) [700] => stdClass Object ( [Vid] => 620 [Value] => 711mW @ 250MSPS ) [701] => stdClass Object ( [Vid] => 860 [Value] => 715mW @ 125MSPS ) [702] => stdClass Object ( [Vid] => 189 [Value] => 715mW @ 170MSPS ) [703] => stdClass Object ( [Vid] => 607 [Value] => 720mW @ 210MSPS ) [704] => stdClass Object ( [Vid] => 91 [Value] => 725mW @ 65MSPS ) [705] => stdClass Object ( [Vid] => 637 [Value] => 725mW @ 80MSPS ) [706] => stdClass Object ( [Vid] => 313 [Value] => 730mW @ 105MSPS ) [707] => stdClass Object ( [Vid] => 202 [Value] => 730mW @ 5 V ) [708] => stdClass Object ( [Vid] => 716 [Value] => 738mW @ 310MSPS ) [709] => stdClass Object ( [Vid] => 58 [Value] => 740mW @ 50MSPS ) [710] => stdClass Object ( [Vid] => 884 [Value] => 743mW @ 40MSPS ) [711] => stdClass Object ( [Vid] => 188 [Value] => 747mW @ 170MSPS ) [712] => stdClass Object ( [Vid] => 293 [Value] => 748mW @ 50MSPS ) [713] => stdClass Object ( [Vid] => 521 [Value] => 750mW @ 125MSPS ) [714] => stdClass Object ( [Vid] => 871 [Value] => 751mW @ 170MSPS ) [715] => stdClass Object ( [Vid] => 39 [Value] => 755mW @ 130MSPS ) [716] => stdClass Object ( [Vid] => 450 [Value] => 760mW @ 120MSPS ) [717] => stdClass Object ( [Vid] => 879 [Value] => 760mW @ 80MSPS ) [718] => stdClass Object ( [Vid] => 814 [Value] => 762mW @ 80MSPS ) [719] => stdClass Object ( [Vid] => 883 [Value] => 767mW @ 50MSPS ) [720] => stdClass Object ( [Vid] => 775 [Value] => 770mW @ 105MSPS ) [721] => stdClass Object ( [Vid] => 608 [Value] => 770mW @ 250MSPS ) [722] => stdClass Object ( [Vid] => 568 [Value] => 771mW @ 250MSPS ) [723] => stdClass Object ( [Vid] => 677 [Value] => 777mW @ 310MSPS ) [724] => stdClass Object ( [Vid] => 185 [Value] => 780mW @ 22kSPS ) [725] => stdClass Object ( [Vid] => 757 [Value] => 780mW @ 65MSPS ) [726] => stdClass Object ( [Vid] => 190 [Value] => 781mW @ 170MSPS ) [727] => stdClass Object ( [Vid] => 719 [Value] => 785mW @ 250MSPS ) [728] => stdClass Object ( [Vid] => 815 [Value] => 788mW @ 125MSPS ) [729] => stdClass Object ( [Vid] => 877 [Value] => 788mW @ 170MSPS ) [730] => stdClass Object ( [Vid] => 785 [Value] => 790mW @ 125MSPS ) [731] => stdClass Object ( [Vid] => 61 [Value] => 794mW @ 40MSPS ) [732] => stdClass Object ( [Vid] => 105 [Value] => 799mW @ 125MSPS ) [733] => stdClass Object ( [Vid] => 546 [Value] => 800mW @ 105MSPS ) [734] => stdClass Object ( [Vid] => 784 [Value] => 800mW @ 154MSPS ) [735] => stdClass Object ( [Vid] => 180 [Value] => 800mW @ 500MSPS ) [736] => stdClass Object ( [Vid] => 192 [Value] => 800mW @ 80MSPS ) [737] => stdClass Object ( [Vid] => 841 [Value] => 812mW @ 160MSPS ) [738] => stdClass Object ( [Vid] => 791 [Value] => 812mW @ 65MSPS ) [739] => stdClass Object ( [Vid] => 878 [Value] => 820mW @ 210MSPS ) [740] => stdClass Object ( [Vid] => 946 [Value] => 822mW @ 135MSPS ) [741] => stdClass Object ( [Vid] => 944 [Value] => 828mW @ 135MSPS ) [742] => stdClass Object ( [Vid] => 542 [Value] => 840mW @ 125MSPS ) [743] => stdClass Object ( [Vid] => 766 [Value] => 840mW @ 80MSPS ) [744] => stdClass Object ( [Vid] => 758 [Value] => 855mW @ 80MSPS ) [745] => stdClass Object ( [Vid] => 934 [Value] => 858mW @ 250MSPS ) [746] => stdClass Object ( [Vid] => 872 [Value] => 864mW @ 250MSPS ) [747] => stdClass Object ( [Vid] => 780 [Value] => 879mW @ 125MSPS ) [748] => stdClass Object ( [Vid] => 790 [Value] => 880mW @ 80MSPS ) [749] => stdClass Object ( [Vid] => 773 [Value] => 885mW @ 65MSPS ) [750] => stdClass Object ( [Vid] => 831 [Value] => 887mW @ 250MSPS ) [751] => stdClass Object ( [Vid] => 68 [Value] => 888mW @ 40MSPS ) [752] => stdClass Object ( [Vid] => 628 [Value] => 900mW @ 105MSPS ) [753] => stdClass Object ( [Vid] => 311 [Value] => 900mW @ 125MSPS ) [754] => stdClass Object ( [Vid] => 783 [Value] => 900mW @ 185MSPS ) [755] => stdClass Object ( [Vid] => 77 [Value] => 900mW @ 40MSPS ) [756] => stdClass Object ( [Vid] => 574 [Value] => 900mW @ 500MSPS ) [757] => stdClass Object ( [Vid] => 314 [Value] => 910mW @ 125MSPS ) [758] => stdClass Object ( [Vid] => 271 [Value] => 910mW @ 65MSPS ) [759] => stdClass Object ( [Vid] => 72 [Value] => 911mW @ 65MSPS ) [760] => stdClass Object ( [Vid] => 931 [Value] => 915mW @ 500MSPS ) [761] => stdClass Object ( [Vid] => 756 [Value] => 924mW @ 65MSPS ) [762] => stdClass Object ( [Vid] => 813 [Value] => 947mW @ 105MSPS ) [763] => stdClass Object ( [Vid] => 194 [Value] => 951mW @ 155MSPS ) [764] => stdClass Object ( [Vid] => 492 [Value] => 955.5mW @ 625kSPS ) [765] => stdClass Object ( [Vid] => 490 [Value] => 958mW @ 2.5MSPS ) [766] => stdClass Object ( [Vid] => 491 [Value] => 958mW @ 625kSPS ) [767] => stdClass Object ( [Vid] => 633 [Value] => 964mW @ 65MSPS ) [768] => stdClass Object ( [Vid] => 191 [Value] => 967mW @ 155MSPS ) [769] => stdClass Object ( [Vid] => 69 [Value] => 972mW @ 50MSPS ) [770] => stdClass Object ( [Vid] => 1001 [Value] => 980mW @ 625MSPS ) [771] => stdClass Object ( [Vid] => 70 [Value] => 983mS @ 65MSPS ) [772] => stdClass Object ( [Vid] => 732 [Value] => 989mW @ 250MSPS ) [773] => stdClass Object ( [Vid] => 788 [Value] => 990mW @ 65MSPS ) [774] => stdClass Object ( [Vid] => 310 [Value] => 995mW @ 150MSPS ) [775] => stdClass Object ( [Vid] => 772 [Value] => 995mW @ 80MSPS ) [776] => stdClass Object ( [Vid] => 193 [Value] => 1W @ 105MSPS ) [777] => stdClass Object ( [Vid] => 315 [Value] => 1W @ 150MSPS ) [778] => stdClass Object ( [Vid] => 71 [Value] => 1W @ 70MSPS ) [779] => stdClass Object ( [Vid] => 730 [Value] => 1.03W @ 105MSPS ) [780] => stdClass Object ( [Vid] => 737 [Value] => 1.04W @ 500MSPS ) [781] => stdClass Object ( [Vid] => 945 [Value] => 1.045W @ 170MSPS ) [782] => stdClass Object ( [Vid] => 942 [Value] => 1.05W @ 170MSPS ) [783] => stdClass Object ( [Vid] => 943 [Value] => 1.05W @ 185MSPS ) [784] => stdClass Object ( [Vid] => 777 [Value] => 1.1W @ 154MSPS ) [785] => stdClass Object ( [Vid] => 88 [Value] => 1.1W @ 170MSPS ) [786] => stdClass Object ( [Vid] => 89 [Value] => 1.1W @ 190MSPS ) [787] => stdClass Object ( [Vid] => 787 [Value] => 1.1W @ 80MSPS ) [788] => stdClass Object ( [Vid] => 770 [Value] => 1.12W @ 105MSPS ) [789] => stdClass Object ( [Vid] => 759 [Value] => 1.13W @ 105MSPS ) [790] => stdClass Object ( [Vid] => 771 [Value] => 1.15W @ 105MSPS ) [791] => stdClass Object ( [Vid] => 78 [Value] => 1.2W @ 62MSPS ) [792] => stdClass Object ( [Vid] => 101 [Value] => 1.22W @ 125MSPS ) [793] => stdClass Object ( [Vid] => 789 [Value] => 1.224W @ 125MSPS ) [794] => stdClass Object ( [Vid] => 564 [Value] => 1.23W @ 125MSPS ) [795] => stdClass Object ( [Vid] => 85 [Value] => 1.23W @ 200MSPS ) [796] => stdClass Object ( [Vid] => 90 [Value] => 1.23W @ 210MSPS ) [797] => stdClass Object ( [Vid] => 700 [Value] => 1.24W @ 80MSPS ) [798] => stdClass Object ( [Vid] => 221 [Value] => 1.25W @ 250MSPS ) [799] => stdClass Object ( [Vid] => 541 [Value] => 1.27W @ 125MSPS ) [800] => stdClass Object ( [Vid] => 786 [Value] => 1.3W @ 105MSPS ) [801] => stdClass Object ( [Vid] => 245 [Value] => 1.3W @ 210MSPS ) [802] => stdClass Object ( [Vid] => 937 [Value] => 1.31W @ 125MSPS ) [803] => stdClass Object ( [Vid] => 742 [Value] => 1.33W @ 800MSPS ) [804] => stdClass Object ( [Vid] => 899 [Value] => 1.348W @ 210MSPS ) [805] => stdClass Object ( [Vid] => 738 [Value] => 1.35W @ 500MSPS ) [806] => stdClass Object ( [Vid] => 843 [Value] => 1.36W @ 160MSPS ) [807] => stdClass Object ( [Vid] => 778 [Value] => 1.4W @ 246MSPS ) [808] => stdClass Object ( [Vid] => 184 [Value] => 1.4W @ 500MSPS ) [809] => stdClass Object ( [Vid] => 673 [Value] => 1.45W @ 105MSPS ) [810] => stdClass Object ( [Vid] => 741 [Value] => 1.47W @ 250MSPS ) [811] => stdClass Object ( [Vid] => 710 [Value] => 1.498W @ 130MSPS ) [812] => stdClass Object ( [Vid] => 259 [Value] => 1.5W @ 80MSPS ) [813] => stdClass Object ( [Vid] => 286 [Value] => 1.526W @ 250MSPS ) [814] => stdClass Object ( [Vid] => 997 [Value] => 1.55W @ 2.6GSPS ) [815] => stdClass Object ( [Vid] => 856 [Value] => 1.59W @ 1.6GSPS ) [816] => stdClass Object ( [Vid] => 1000 [Value] => 1.6W @ 1.3GSPS ) [817] => stdClass Object ( [Vid] => 182 [Value] => 1.6W @ 1GSPS ) [818] => stdClass Object ( [Vid] => 829 [Value] => 1.607W @ 370MSPS ) [819] => stdClass Object ( [Vid] => 995 [Value] => 1.65W @ 3GSPS ) [820] => stdClass Object ( [Vid] => 1012 [Value] => 1.66W @ 500MSPS ) [821] => stdClass Object ( [Vid] => 304 [Value] => 1.7W @ 80MSPS ) [822] => stdClass Object ( [Vid] => 253 [Value] => 1.75W @ 40MSPS ) [823] => stdClass Object ( [Vid] => 672 [Value] => 1.785W @ 160MSPS ) [824] => stdClass Object ( [Vid] => 183 [Value] => 1.8W @ 1.5GSPS ) [825] => stdClass Object ( [Vid] => 252 [Value] => 1.8W @ 105MSPS ) [826] => stdClass Object ( [Vid] => 857 [Value] => 1.82W @ 2.7GSPS ) [827] => stdClass Object ( [Vid] => 743 [Value] => 1.84W @ 500MSPS ) [828] => stdClass Object ( [Vid] => 79 [Value] => 1.85W @ 80MSPS ) [829] => stdClass Object ( [Vid] => 845 [Value] => 1.871W @ 370MSPS ) [830] => stdClass Object ( [Vid] => 76 [Value] => 1.9W @ 105MSPS ) [831] => stdClass Object ( [Vid] => 179 [Value] => 1.9W @ 3GSPS ) [832] => stdClass Object ( [Vid] => 959 [Value] => 1.94W @ 625MSPS ) [833] => stdClass Object ( [Vid] => 80 [Value] => 2W @ 210MSPS ) [834] => stdClass Object ( [Vid] => 862 [Value] => 2W @ 250MSPS ) [835] => stdClass Object ( [Vid] => 739 [Value] => 2.1W @ 750MSPS ) [836] => stdClass Object ( [Vid] => 223 [Value] => 2.15W @ 105MSPS ) [837] => stdClass Object ( [Vid] => 893 [Value] => 2.15W @ 1GSPS ) [838] => stdClass Object ( [Vid] => 222 [Value] => 2.15W @ 80MSPS ) [839] => stdClass Object ( [Vid] => 837 [Value] => 2.17W @ 4GSPS ) [840] => stdClass Object ( [Vid] => 736 [Value] => 2.18W @ 800MSPS ) [841] => stdClass Object ( [Vid] => 224 [Value] => 2.2W @ 135MSPS ) [842] => stdClass Object ( [Vid] => 861 [Value] => 2.2W @ 1GSPS ) [843] => stdClass Object ( [Vid] => 81 [Value] => 2.2W @ 500MSPS ) [844] => stdClass Object ( [Vid] => 745 [Value] => 2.27W @ 900MSPS ) [845] => stdClass Object ( [Vid] => 727 [Value] => 2.425W @ 500MSPS ) [846] => stdClass Object ( [Vid] => 503 [Value] => 2.45W @ 1GSPS ) [847] => stdClass Object ( [Vid] => 83 [Value] => 2.5W @ 400MSPS ) [848] => stdClass Object ( [Vid] => 462 [Value] => 2.6W @ 400MSPS ) [849] => stdClass Object ( [Vid] => 461 [Value] => 2.6W @ 800MSPS ) [850] => stdClass Object ( [Vid] => 958 [Value] => 2.66W @ 1GSPS ) [851] => stdClass Object ( [Vid] => 960 [Value] => 2.66W @ 500MSPS ) [852] => stdClass Object ( [Vid] => 927 [Value] => 2.68W @ 500MSPS ) [853] => stdClass Object ( [Vid] => 966 [Value] => 2.74W @ 1GSPS ) [854] => stdClass Object ( [Vid] => 926 [Value] => 2.8W @ 1GSPS ) [855] => stdClass Object ( [Vid] => 347 [Value] => 2.9W @ 1GSPS ) [856] => stdClass Object ( [Vid] => 895 [Value] => 2.9W @ 820MSPS ) [857] => stdClass Object ( [Vid] => 849 [Value] => 3W @ 1GSPS ) [858] => stdClass Object ( [Vid] => 825 [Value] => 3.3W @ 1GSPS ) [859] => stdClass Object ( [Vid] => 1016 [Value] => 3.4W @ 3.2GSPS ) [860] => stdClass Object ( [Vid] => 824 [Value] => 3.48W @ 2GSPS ) [861] => stdClass Object ( [Vid] => 254 [Value] => 3.5W @ 65MSPS ) [862] => stdClass Object ( [Vid] => 907 [Value] => 3.51W @ 500MSPS ) [863] => stdClass Object ( [Vid] => 930 [Value] => 3.7W @ 1.25GSPS ) [864] => stdClass Object ( [Vid] => 919 [Value] => 3.8W @ 1.25GSPS ) [865] => stdClass Object ( [Vid] => 548 [Value] => 3.88W @ 3.2GSPS ) [866] => stdClass Object ( [Vid] => 1008 [Value] => 3.9W @ 2.5GSPS ) [867] => stdClass Object ( [Vid] => 908 [Value] => 3.94W @ 500MSPS ) [868] => stdClass Object ( [Vid] => 894 [Value] => 4W @ 2.6GSPS ) [869] => stdClass Object ( [Vid] => 999 [Value] => 4.03W @ 1.5GSPS ) [870] => stdClass Object ( [Vid] => 549 [Value] => 4.18W @ 3.6GSPS ) [871] => stdClass Object ( [Vid] => 874 [Value] => 5.25W @ 1.5GSPS ) [872] => stdClass Object ( [Vid] => 1010 [Value] => 6.54W @ 3GSPS ) [873] => stdClass Object ( [Vid] => 963 [Value] => 6.7W @ 3GSPS ) ) [Pid] => 995 [Parameter] => Power (Typ) @ Conditions ) [9] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 1 [Value] => - ) [1] => stdClass Object ( [Vid] => 1441 [Value] => AD10200 ) [2] => stdClass Object ( [Vid] => 785 [Value] => AD10242 ) [3] => stdClass Object ( [Vid] => 786 [Value] => AD10465 ) [4] => stdClass Object ( [Vid] => 9090 [Value] => AD1871 ) [5] => stdClass Object ( [Vid] => 3476 [Value] => AD1974 ) [6] => stdClass Object ( [Vid] => 17019 [Value] => AD4000 ) [7] => stdClass Object ( [Vid] => 17379 [Value] => AD4001 ) [8] => stdClass Object ( [Vid] => 18549 [Value] => AD4002 ) [9] => stdClass Object ( [Vid] => 17724 [Value] => AD4020BRMZ ) [10] => stdClass Object ( [Vid] => 3477 [Value] => AD5590 ) [11] => stdClass Object ( [Vid] => 793 [Value] => AD6645 80MSPS ) [12] => stdClass Object ( [Vid] => 794 [Value] => AD676 ) [13] => stdClass Object ( [Vid] => 795 [Value] => AD677 ) [14] => stdClass Object ( [Vid] => 8553 [Value] => AD7091 ) [15] => stdClass Object ( [Vid] => 7575 [Value] => AD7091R ) [16] => stdClass Object ( [Vid] => 12161 [Value] => AD7091R-2 ) [17] => stdClass Object ( [Vid] => 12162 [Value] => AD7091R-4 ) [18] => stdClass Object ( [Vid] => 14538 [Value] => AD7091R-5 ) [19] => stdClass Object ( [Vid] => 12163 [Value] => AD7091R-8 ) [20] => stdClass Object ( [Vid] => 14373 [Value] => AD7124-4 ) [21] => stdClass Object ( [Vid] => 14094 [Value] => AD7124-8 ) [22] => stdClass Object ( [Vid] => 4837 [Value] => AD7170 ) [23] => stdClass Object ( [Vid] => 4836 [Value] => AD7171 ) [24] => stdClass Object ( [Vid] => 14021 [Value] => AD7172-2 ) [25] => stdClass Object ( [Vid] => 14539 [Value] => AD7172-4 ) [26] => stdClass Object ( [Vid] => 12164 [Value] => AD7173-8 ) [27] => stdClass Object ( [Vid] => 13232 [Value] => AD7175-2 ) [28] => stdClass Object ( [Vid] => 15159 [Value] => AD7175-8 ) [29] => stdClass Object ( [Vid] => 8383 [Value] => AD7176-2 ) [30] => stdClass Object ( [Vid] => 14264 [Value] => AD7177-2 ) [31] => stdClass Object ( [Vid] => 2495 [Value] => AD7190 ) [32] => stdClass Object ( [Vid] => 7330 [Value] => AD7191 ) [33] => stdClass Object ( [Vid] => 4835 [Value] => AD7192 ) [34] => stdClass Object ( [Vid] => 6028 [Value] => AD7193 ) [35] => stdClass Object ( [Vid] => 6029 [Value] => AD7194 ) [36] => stdClass Object ( [Vid] => 796 [Value] => AD7262 ) [37] => stdClass Object ( [Vid] => 797 [Value] => AD7264 ) [38] => stdClass Object ( [Vid] => 798 [Value] => AD7265 ) [39] => stdClass Object ( [Vid] => 799 [Value] => AD7266 ) [40] => stdClass Object ( [Vid] => 801 [Value] => AD7274 ) [41] => stdClass Object ( [Vid] => 802 [Value] => AD7276 ) [42] => stdClass Object ( [Vid] => 5761 [Value] => AD7291 ) [43] => stdClass Object ( [Vid] => 8554 [Value] => AD7292 ) [44] => stdClass Object ( [Vid] => 6030 [Value] => AD7298 ) [45] => stdClass Object ( [Vid] => 804 [Value] => AD7321 ) [46] => stdClass Object ( [Vid] => 805 [Value] => AD7322 ) [47] => stdClass Object ( [Vid] => 808 [Value] => AD7327 ) [48] => stdClass Object ( [Vid] => 809 [Value] => AD7328 ) [49] => stdClass Object ( [Vid] => 810 [Value] => AD7329 ) [50] => stdClass Object ( [Vid] => 3246 [Value] => AD7352 ) [51] => stdClass Object ( [Vid] => 3247 [Value] => AD7356 ) [52] => stdClass Object ( [Vid] => 3245 [Value] => AD7357 ) [53] => stdClass Object ( [Vid] => 811 [Value] => AD7366 ) [54] => stdClass Object ( [Vid] => 812 [Value] => AD7367 ) [55] => stdClass Object ( [Vid] => 813 [Value] => AD7400 ) [56] => stdClass Object ( [Vid] => 814 [Value] => AD7400A ) [57] => stdClass Object ( [Vid] => 815 [Value] => AD7401 ) [58] => stdClass Object ( [Vid] => 3436 [Value] => AD7401A ) [59] => stdClass Object ( [Vid] => 13891 [Value] => AD7402 ) [60] => stdClass Object ( [Vid] => 12307 [Value] => AD7403 ) [61] => stdClass Object ( [Vid] => 14374 [Value] => AD7403-8 ) [62] => stdClass Object ( [Vid] => 13346 [Value] => AD7405 ) [63] => stdClass Object ( [Vid] => 819 [Value] => AD7450A ) [64] => stdClass Object ( [Vid] => 823 [Value] => AD7466 ) [65] => stdClass Object ( [Vid] => 826 [Value] => AD7472 ) [66] => stdClass Object ( [Vid] => 827 [Value] => AD7476 ) [67] => stdClass Object ( [Vid] => 828 [Value] => AD7476A ) [68] => stdClass Object ( [Vid] => 1541 [Value] => AD7484 ) [69] => stdClass Object ( [Vid] => 551 [Value] => AD7490 ) [70] => stdClass Object ( [Vid] => 832 [Value] => AD7492 ) [71] => stdClass Object ( [Vid] => 16827 [Value] => AD7605-4 ) [72] => stdClass Object ( [Vid] => 6033 [Value] => AD7606 ) [73] => stdClass Object ( [Vid] => 6031 [Value] => AD7606-4 ) [74] => stdClass Object ( [Vid] => 6032 [Value] => AD7606-6 ) [75] => stdClass Object ( [Vid] => 6034 [Value] => AD7607 ) [76] => stdClass Object ( [Vid] => 7319 [Value] => AD7608 ) [77] => stdClass Object ( [Vid] => 7320 [Value] => AD7609 ) [78] => stdClass Object ( [Vid] => 6035 [Value] => AD7610 ) [79] => stdClass Object ( [Vid] => 534 [Value] => AD7612 ) [80] => stdClass Object ( [Vid] => 16902 [Value] => AD7616 ) [81] => stdClass Object ( [Vid] => 17725 [Value] => AD7616-P ) [82] => stdClass Object ( [Vid] => 531 [Value] => AD7621 ) [83] => stdClass Object ( [Vid] => 834 [Value] => AD7622 ) [84] => stdClass Object ( [Vid] => 835 [Value] => AD7623 ) [85] => stdClass Object ( [Vid] => 4687 [Value] => AD7625 ) [86] => stdClass Object ( [Vid] => 6036 [Value] => AD7626 ) [87] => stdClass Object ( [Vid] => 9317 [Value] => AD7631 ) [88] => stdClass Object ( [Vid] => 9406 [Value] => AD7634 ) [89] => stdClass Object ( [Vid] => 513 [Value] => AD7641 ) [90] => stdClass Object ( [Vid] => 836 [Value] => AD7643 ) [91] => stdClass Object ( [Vid] => 837 [Value] => AD7650 ) [92] => stdClass Object ( [Vid] => 838 [Value] => AD7651 ) [93] => stdClass Object ( [Vid] => 839 [Value] => AD7652 ) [94] => stdClass Object ( [Vid] => 840 [Value] => AD7653 ) [95] => stdClass Object ( [Vid] => 841 [Value] => AD7654 ) [96] => stdClass Object ( [Vid] => 548 [Value] => AD7655 ) [97] => stdClass Object ( [Vid] => 510 [Value] => AD7656 ) [98] => stdClass Object ( [Vid] => 18067 [Value] => AD7656, AD7657, AD7658 ) [99] => stdClass Object ( [Vid] => 3433 [Value] => AD7656-1 ) [100] => stdClass Object ( [Vid] => 3434 [Value] => AD7657-1 ) [101] => stdClass Object ( [Vid] => 3435 [Value] => AD7658-1 ) [102] => stdClass Object ( [Vid] => 842 [Value] => AD7660 ) [103] => stdClass Object ( [Vid] => 843 [Value] => AD7661 ) [104] => stdClass Object ( [Vid] => 538 [Value] => AD7663 ) [105] => stdClass Object ( [Vid] => 844 [Value] => AD7664 ) [106] => stdClass Object ( [Vid] => 845 [Value] => AD7665 ) [107] => stdClass Object ( [Vid] => 846 [Value] => AD7666 ) [108] => stdClass Object ( [Vid] => 847 [Value] => AD7667 ) [109] => stdClass Object ( [Vid] => 848 [Value] => AD7671 ) [110] => stdClass Object ( [Vid] => 539 [Value] => AD7674 ) [111] => stdClass Object ( [Vid] => 849 [Value] => AD7675 ) [112] => stdClass Object ( [Vid] => 850 [Value] => AD7676 ) [113] => stdClass Object ( [Vid] => 851 [Value] => AD7677 ) [114] => stdClass Object ( [Vid] => 852 [Value] => AD7678 ) [115] => stdClass Object ( [Vid] => 853 [Value] => AD7679 ) [116] => stdClass Object ( [Vid] => 854 [Value] => AD7682 ) [117] => stdClass Object ( [Vid] => 855 [Value] => AD7683 ) [118] => stdClass Object ( [Vid] => 3455 [Value] => AD7685 ) [119] => stdClass Object ( [Vid] => 856 [Value] => AD7686 ) [120] => stdClass Object ( [Vid] => 525 [Value] => AD7687 ) [121] => stdClass Object ( [Vid] => 857 [Value] => AD7688 ) [122] => stdClass Object ( [Vid] => 858 [Value] => AD7689 ) [123] => stdClass Object ( [Vid] => 7489 [Value] => AD7689, AD8605, AD8608, ADP3336, ADuM3471 ) [124] => stdClass Object ( [Vid] => 7347 [Value] => AD7690 ) [125] => stdClass Object ( [Vid] => 859 [Value] => AD7691 ) [126] => stdClass Object ( [Vid] => 6785 [Value] => AD7691, AD8597, ADR435 ) [127] => stdClass Object ( [Vid] => 860 [Value] => AD7693 ) [128] => stdClass Object ( [Vid] => 861 [Value] => AD7694 ) [129] => stdClass Object ( [Vid] => 2511 [Value] => AD7699 ) [130] => stdClass Object ( [Vid] => 862 [Value] => AD7705 ) [131] => stdClass Object ( [Vid] => 863 [Value] => AD7706 ) [132] => stdClass Object ( [Vid] => 517 [Value] => AD7708 ) [133] => stdClass Object ( [Vid] => 866 [Value] => AD7714-3 ) [134] => stdClass Object ( [Vid] => 869 [Value] => AD7718 ) [135] => stdClass Object ( [Vid] => 870 [Value] => AD7719 ) [136] => stdClass Object ( [Vid] => 875 [Value] => AD7730 ) [137] => stdClass Object ( [Vid] => 521 [Value] => AD7732 ) [138] => stdClass Object ( [Vid] => 536 [Value] => AD7734 ) [139] => stdClass Object ( [Vid] => 878 [Value] => AD7738 ) [140] => stdClass Object ( [Vid] => 879 [Value] => AD7739 ) [141] => stdClass Object ( [Vid] => 3478 [Value] => AD7760 ) [142] => stdClass Object ( [Vid] => 16041 [Value] => AD7761 ) [143] => stdClass Object ( [Vid] => 3479 [Value] => AD7762 ) [144] => stdClass Object ( [Vid] => 3480 [Value] => AD7763 ) [145] => stdClass Object ( [Vid] => 3389 [Value] => AD7764 ) [146] => stdClass Object ( [Vid] => 3390 [Value] => AD7765 ) [147] => stdClass Object ( [Vid] => 3115 [Value] => AD7766 ) [148] => stdClass Object ( [Vid] => 3117 [Value] => AD7766-1 ) [149] => stdClass Object ( [Vid] => 3116 [Value] => AD7766-2 ) [150] => stdClass Object ( [Vid] => 3118 [Value] => AD7767 ) [151] => stdClass Object ( [Vid] => 3119 [Value] => AD7767-1 ) [152] => stdClass Object ( [Vid] => 7331 [Value] => AD7767-2 ) [153] => stdClass Object ( [Vid] => 15260 [Value] => AD7768 ) [154] => stdClass Object ( [Vid] => 19755 [Value] => AD7768-1 ) [155] => stdClass Object ( [Vid] => 15886 [Value] => AD7768-4 ) [156] => stdClass Object ( [Vid] => 15919 [Value] => AD7770 ) [157] => stdClass Object ( [Vid] => 18068 [Value] => AD7770, AD7771, AD7779 ) [158] => stdClass Object ( [Vid] => 15631 [Value] => AD7779 ) [159] => stdClass Object ( [Vid] => 4834 [Value] => AD7780 ) [160] => stdClass Object ( [Vid] => 4833 [Value] => AD7781 ) [161] => stdClass Object ( [Vid] => 541 [Value] => AD7785 ) [162] => stdClass Object ( [Vid] => 935 [Value] => AD7792 ) [163] => stdClass Object ( [Vid] => 3457 [Value] => AD7793 ) [164] => stdClass Object ( [Vid] => 936 [Value] => AD7794 ) [165] => stdClass Object ( [Vid] => 937 [Value] => AD7795 ) [166] => stdClass Object ( [Vid] => 938 [Value] => AD7796 ) [167] => stdClass Object ( [Vid] => 939 [Value] => AD7797 ) [168] => stdClass Object ( [Vid] => 940 [Value] => AD7798 ) [169] => stdClass Object ( [Vid] => 941 [Value] => AD7799 ) [170] => stdClass Object ( [Vid] => 944 [Value] => AD7843 ) [171] => stdClass Object ( [Vid] => 955 [Value] => AD7866 ) [172] => stdClass Object ( [Vid] => 956 [Value] => AD7887 ) [173] => stdClass Object ( [Vid] => 11861 [Value] => AD7902 ) [174] => stdClass Object ( [Vid] => 11551 [Value] => AD7903 ) [175] => stdClass Object ( [Vid] => 3459 [Value] => AD7904, AD7914, AD7924 ) [176] => stdClass Object ( [Vid] => 3460 [Value] => AD7908, AD7918, AD7928 ) [177] => stdClass Object ( [Vid] => 14022 [Value] => AD7915 ) [178] => stdClass Object ( [Vid] => 14023 [Value] => AD7916 ) [179] => stdClass Object ( [Vid] => 968 [Value] => AD7923 ) [180] => stdClass Object ( [Vid] => 13892 [Value] => AD7928 ) [181] => stdClass Object ( [Vid] => 975 [Value] => AD7939 ) [182] => stdClass Object ( [Vid] => 507 [Value] => AD7940 ) [183] => stdClass Object ( [Vid] => 976 [Value] => AD7942 ) [184] => stdClass Object ( [Vid] => 4832 [Value] => AD7944 ) [185] => stdClass Object ( [Vid] => 977 [Value] => AD7946 ) [186] => stdClass Object ( [Vid] => 978 [Value] => AD7949 ) [187] => stdClass Object ( [Vid] => 979 [Value] => AD7951 ) [188] => stdClass Object ( [Vid] => 10859 [Value] => AD7960 ) [189] => stdClass Object ( [Vid] => 10860 [Value] => AD7961 ) [190] => stdClass Object ( [Vid] => 2500 [Value] => AD7980 ) [191] => stdClass Object ( [Vid] => 6879 [Value] => AD7982 ) [192] => stdClass Object ( [Vid] => 6880 [Value] => AD7983 ) [193] => stdClass Object ( [Vid] => 2505 [Value] => AD7984 ) [194] => stdClass Object ( [Vid] => 11200 [Value] => AD7984, AD8065, AD8475, ADG5208, ADG5236, ADR444 ) [195] => stdClass Object ( [Vid] => 4831 [Value] => AD7985 ) [196] => stdClass Object ( [Vid] => 3248 [Value] => AD7986 ) [197] => stdClass Object ( [Vid] => 7490 [Value] => AD7988-1, ADA4841-1, ADR4525 ) [198] => stdClass Object ( [Vid] => 7348 [Value] => AD7988-5 ) [199] => stdClass Object ( [Vid] => 11663 [Value] => AD7989-1, AD7989-5 ) [200] => stdClass Object ( [Vid] => 519 [Value] => AD7991 ) [201] => stdClass Object ( [Vid] => 6037 [Value] => AD7992 ) [202] => stdClass Object ( [Vid] => 980 [Value] => AD7993 ) [203] => stdClass Object ( [Vid] => 981 [Value] => AD7994 ) [204] => stdClass Object ( [Vid] => 982 [Value] => AD7995 ) [205] => stdClass Object ( [Vid] => 983 [Value] => AD7997 ) [206] => stdClass Object ( [Vid] => 984 [Value] => AD7998 ) [207] => stdClass Object ( [Vid] => 5001 [Value] => AD9204 ) [208] => stdClass Object ( [Vid] => 17494 [Value] => AD9208 ) [209] => stdClass Object ( [Vid] => 528 [Value] => AD9211 ) [210] => stdClass Object ( [Vid] => 514 [Value] => AD9212 ) [211] => stdClass Object ( [Vid] => 989 [Value] => AD9215-105 ) [212] => stdClass Object ( [Vid] => 990 [Value] => AD9215-65 ) [213] => stdClass Object ( [Vid] => 991 [Value] => AD9215-80 ) [214] => stdClass Object ( [Vid] => 527 [Value] => AD9219 ) [215] => stdClass Object ( [Vid] => 526 [Value] => AD9222 ) [216] => stdClass Object ( [Vid] => 516 [Value] => AD9228 ) [217] => stdClass Object ( [Vid] => 544 [Value] => AD9230 ) [218] => stdClass Object ( [Vid] => 3398 [Value] => AD9230-11 ) [219] => stdClass Object ( [Vid] => 546 [Value] => AD9233 ) [220] => stdClass Object ( [Vid] => 13282 [Value] => AD9234 ) [221] => stdClass Object ( [Vid] => 1442 [Value] => AD9239 ) [222] => stdClass Object ( [Vid] => 1022 [Value] => AD9246-125 ) [223] => stdClass Object ( [Vid] => 1025 [Value] => AD9248BCP-65 ) [224] => stdClass Object ( [Vid] => 1026 [Value] => AD9248BST-65 ) [225] => stdClass Object ( [Vid] => 11198 [Value] => AD9249 ) [226] => stdClass Object ( [Vid] => 8028 [Value] => AD9250 ) [227] => stdClass Object ( [Vid] => 4682 [Value] => AD9251 ) [228] => stdClass Object ( [Vid] => 1027 [Value] => AD9252-50 ) [229] => stdClass Object ( [Vid] => 6877 [Value] => AD9253 ) [230] => stdClass Object ( [Vid] => 5002 [Value] => AD9255 ) [231] => stdClass Object ( [Vid] => 6878 [Value] => AD9257 ) [232] => stdClass Object ( [Vid] => 540 [Value] => AD9259 ) [233] => stdClass Object ( [Vid] => 5851 [Value] => AD9261 ) [234] => stdClass Object ( [Vid] => 5004 [Value] => AD9265 ) [235] => stdClass Object ( [Vid] => 5869 [Value] => AD9266 ) [236] => stdClass Object ( [Vid] => 5006 [Value] => AD9268 ) [237] => stdClass Object ( [Vid] => 5007 [Value] => AD9269 ) [238] => stdClass Object ( [Vid] => 5641 [Value] => AD9278 ) [239] => stdClass Object ( [Vid] => 5642 [Value] => AD9279 ) [240] => stdClass Object ( [Vid] => 6025 [Value] => AD9284 ) [241] => stdClass Object ( [Vid] => 6281 [Value] => AD9286 ) [242] => stdClass Object ( [Vid] => 529 [Value] => AD9287 ) [243] => stdClass Object ( [Vid] => 7328 [Value] => AD9434 ) [244] => stdClass Object ( [Vid] => 1039 [Value] => AD9460-105 ) [245] => stdClass Object ( [Vid] => 1040 [Value] => AD9460-80 ) [246] => stdClass Object ( [Vid] => 6026 [Value] => AD9467-200 ) [247] => stdClass Object ( [Vid] => 6027 [Value] => AD9467-250 ) [248] => stdClass Object ( [Vid] => 1043 [Value] => AD9481 ) [249] => stdClass Object ( [Vid] => 7333 [Value] => AD9484 ) [250] => stdClass Object ( [Vid] => 1044 [Value] => AD9601-250 ) [251] => stdClass Object ( [Vid] => 6363 [Value] => AD9608 ) [252] => stdClass Object ( [Vid] => 5022 [Value] => AD9609 ) [253] => stdClass Object ( [Vid] => 7329 [Value] => AD9613 ) [254] => stdClass Object ( [Vid] => 12073 [Value] => AD9625 ) [255] => stdClass Object ( [Vid] => 1045 [Value] => AD9626-250 ) [256] => stdClass Object ( [Vid] => 549 [Value] => AD9627 ) [257] => stdClass Object ( [Vid] => 6354 [Value] => AD9628 ) [258] => stdClass Object ( [Vid] => 5023 [Value] => AD9629 ) [259] => stdClass Object ( [Vid] => 8711 [Value] => AD9633 ) [260] => stdClass Object ( [Vid] => 9101 [Value] => AD9634 ) [261] => stdClass Object ( [Vid] => 7596 [Value] => AD9635 ) [262] => stdClass Object ( [Vid] => 9157 [Value] => AD9637 ) [263] => stdClass Object ( [Vid] => 3244 [Value] => AD9639 ) [264] => stdClass Object ( [Vid] => 515 [Value] => AD9640 ) [265] => stdClass Object ( [Vid] => 6044 [Value] => AD9641 ) [266] => stdClass Object ( [Vid] => 6228 [Value] => AD9642 ) [267] => stdClass Object ( [Vid] => 8712 [Value] => AD9643 ) [268] => stdClass Object ( [Vid] => 5645 [Value] => AD9644 ) [269] => stdClass Object ( [Vid] => 7597 [Value] => AD9645 ) [270] => stdClass Object ( [Vid] => 6353 [Value] => AD9648 ) [271] => stdClass Object ( [Vid] => 5024 [Value] => AD9649 ) [272] => stdClass Object ( [Vid] => 6045 [Value] => AD9650-105 ) [273] => stdClass Object ( [Vid] => 6046 [Value] => AD9650-25 ) [274] => stdClass Object ( [Vid] => 6047 [Value] => AD9650-65 ) [275] => stdClass Object ( [Vid] => 6048 [Value] => AD9650-80 ) [276] => stdClass Object ( [Vid] => 12075 [Value] => AD9652 ) [277] => stdClass Object ( [Vid] => 7307 [Value] => AD9653 ) [278] => stdClass Object ( [Vid] => 13776 [Value] => AD9655 ) [279] => stdClass Object ( [Vid] => 11764 [Value] => AD9656 ) [280] => stdClass Object ( [Vid] => 11911 [Value] => AD9680 ) [281] => stdClass Object ( [Vid] => 11435 [Value] => AD9681 ) [282] => stdClass Object ( [Vid] => 12136 [Value] => AD9683 ) [283] => stdClass Object ( [Vid] => 14018 [Value] => AD9684 ) [284] => stdClass Object ( [Vid] => 17604 [Value] => AD9689 ) [285] => stdClass Object ( [Vid] => 18065 [Value] => AD9694 ) [286] => stdClass Object ( [Vid] => 17722 [Value] => AD9695-1300 ) [287] => stdClass Object ( [Vid] => 17723 [Value] => AD9695-625 ) [288] => stdClass Object ( [Vid] => 1055 [Value] => AD974 ) [289] => stdClass Object ( [Vid] => 1066 [Value] => AD976 ) [290] => stdClass Object ( [Vid] => 1074 [Value] => AD976A ) [291] => stdClass Object ( [Vid] => 1075 [Value] => AD977 ) [292] => stdClass Object ( [Vid] => 1083 [Value] => AD977A ) [293] => stdClass Object ( [Vid] => 17907 [Value] => ADAQ7980 ) [294] => stdClass Object ( [Vid] => 16865 [Value] => ADAR7251 ) [295] => stdClass Object ( [Vid] => 8384 [Value] => ADAS3022 ) [296] => stdClass Object ( [Vid] => 10525 [Value] => ADAS3023 ) [297] => stdClass Object ( [Vid] => 10089 [Value] => ADC07D1520 ) [298] => stdClass Object ( [Vid] => 5989 [Value] => ADC0801S040 ) [299] => stdClass Object ( [Vid] => 11287 [Value] => ADC0804S030 ) [300] => stdClass Object ( [Vid] => 11286 [Value] => ADC0804S040 ) [301] => stdClass Object ( [Vid] => 11285 [Value] => ADC0804S050 ) [302] => stdClass Object ( [Vid] => 18318 [Value] => ADC08060 ) [303] => stdClass Object ( [Vid] => 5991 [Value] => ADC0808S125 ) [304] => stdClass Object ( [Vid] => 5987 [Value] => ADC0808S250 ) [305] => stdClass Object ( [Vid] => 9781 [Value] => ADC08100 ) [306] => stdClass Object ( [Vid] => 3401 [Value] => ADC081C021, ADC081C027 ) [307] => stdClass Object ( [Vid] => 1088 [Value] => ADC081S021 ) [308] => stdClass Object ( [Vid] => 1089 [Value] => ADC081S051 ) [309] => stdClass Object ( [Vid] => 1090 [Value] => ADC081S101 ) [310] => stdClass Object ( [Vid] => 1091 [Value] => ADC08200 ) [311] => stdClass Object ( [Vid] => 1092 [Value] => ADC082S101 ) [312] => stdClass Object ( [Vid] => 2381 [Value] => ADC083000 ) [313] => stdClass Object ( [Vid] => 9673 [Value] => ADC08351 ) [314] => stdClass Object ( [Vid] => 1093 [Value] => ADC084S021 ) [315] => stdClass Object ( [Vid] => 1094 [Value] => ADC084S051 ) [316] => stdClass Object ( [Vid] => 1095 [Value] => ADC084S101 ) [317] => stdClass Object ( [Vid] => 2395 [Value] => ADC08500 ) [318] => stdClass Object ( [Vid] => 1096 [Value] => ADC088S022 ) [319] => stdClass Object ( [Vid] => 1097 [Value] => ADC088S052 ) [320] => stdClass Object ( [Vid] => 1098 [Value] => ADC088S102 ) [321] => stdClass Object ( [Vid] => 1099 [Value] => ADC08B200 ) [322] => stdClass Object ( [Vid] => 2397 [Value] => ADC08B3000 ) [323] => stdClass Object ( [Vid] => 2398 [Value] => ADC08D1000 ) [324] => stdClass Object ( [Vid] => 2399 [Value] => ADC08D1020 ) [325] => stdClass Object ( [Vid] => 2400 [Value] => ADC08D1500 ) [326] => stdClass Object ( [Vid] => 2401 [Value] => ADC08D1520 ) [327] => stdClass Object ( [Vid] => 2402 [Value] => ADC08D500 ) [328] => stdClass Object ( [Vid] => 18410 [Value] => ADC08DJ3200 ) [329] => stdClass Object ( [Vid] => 18069 [Value] => ADC08L060 ) [330] => stdClass Object ( [Vid] => 11288 [Value] => ADC1002S020 ) [331] => stdClass Object ( [Vid] => 9656 [Value] => ADC10030 ) [332] => stdClass Object ( [Vid] => 11289 [Value] => ADC1003S030 ) [333] => stdClass Object ( [Vid] => 11291 [Value] => ADC1003S040 ) [334] => stdClass Object ( [Vid] => 11290 [Value] => ADC1003S050 ) [335] => stdClass Object ( [Vid] => 11292 [Value] => ADC1004S030 ) [336] => stdClass Object ( [Vid] => 11294 [Value] => ADC1004S040 ) [337] => stdClass Object ( [Vid] => 11293 [Value] => ADC1004S050 ) [338] => stdClass Object ( [Vid] => 11295 [Value] => ADC1005S060 ) [339] => stdClass Object ( [Vid] => 11297 [Value] => ADC1006S055 ) [340] => stdClass Object ( [Vid] => 11296 [Value] => ADC1006S070 ) [341] => stdClass Object ( [Vid] => 1100 [Value] => ADC10080 ) [342] => stdClass Object ( [Vid] => 2403 [Value] => ADC101C021, ADC101C027 ) [343] => stdClass Object ( [Vid] => 1102 [Value] => ADC101S101 ) [344] => stdClass Object ( [Vid] => 9739 [Value] => ADC10221 ) [345] => stdClass Object ( [Vid] => 1103 [Value] => ADC102S021 ) [346] => stdClass Object ( [Vid] => 1104 [Value] => ADC102S101 ) [347] => stdClass Object ( [Vid] => 9865 [Value] => ADC10321 ) [348] => stdClass Object ( [Vid] => 1105 [Value] => ADC104S101 ) [349] => stdClass Object ( [Vid] => 1106 [Value] => ADC108S022 ) [350] => stdClass Object ( [Vid] => 1107 [Value] => ADC108S052 ) [351] => stdClass Object ( [Vid] => 1108 [Value] => ADC108S102 ) [352] => stdClass Object ( [Vid] => 3384 [Value] => ADC10D1000 ) [353] => stdClass Object ( [Vid] => 5329 [Value] => ADC10D1500 ) [354] => stdClass Object ( [Vid] => 10029 [Value] => ADC10DV200 ) [355] => stdClass Object ( [Vid] => 5993 [Value] => ADC1112D125 ) [356] => stdClass Object ( [Vid] => 5992 [Value] => ADC1113D125 ) [357] => stdClass Object ( [Vid] => 5998 [Value] => ADC1115S125 ) [358] => stdClass Object ( [Vid] => 11298 [Value] => ADC1143D200 ) [359] => stdClass Object ( [Vid] => 9836 [Value] => ADC1173 ) [360] => stdClass Object ( [Vid] => 9729 [Value] => ADC1175 ) [361] => stdClass Object ( [Vid] => 9820 [Value] => ADC1175-50 ) [362] => stdClass Object ( [Vid] => 2406 [Value] => ADC11C125 ) [363] => stdClass Object ( [Vid] => 1110 [Value] => ADC11C170 ) [364] => stdClass Object ( [Vid] => 5330 [Value] => ADC11DV200 ) [365] => stdClass Object ( [Vid] => 9809 [Value] => ADC12010 ) [366] => stdClass Object ( [Vid] => 9720 [Value] => ADC12020 ) [367] => stdClass Object ( [Vid] => 9734 [Value] => ADC12038 ) [368] => stdClass Object ( [Vid] => 1111 [Value] => ADC12040 ) [369] => stdClass Object ( [Vid] => 9823 [Value] => ADC12062 ) [370] => stdClass Object ( [Vid] => 11299 [Value] => ADC1206S040 ) [371] => stdClass Object ( [Vid] => 11301 [Value] => ADC1206S055 ) [372] => stdClass Object ( [Vid] => 11300 [Value] => ADC1206S070 ) [373] => stdClass Object ( [Vid] => 11302 [Value] => ADC1207S080 ) [374] => stdClass Object ( [Vid] => 1112 [Value] => ADC12081 ) [375] => stdClass Object ( [Vid] => 11303 [Value] => ADC1210S065 ) [376] => stdClass Object ( [Vid] => 11306 [Value] => ADC1210S080 ) [377] => stdClass Object ( [Vid] => 11305 [Value] => ADC1210S105 ) [378] => stdClass Object ( [Vid] => 11304 [Value] => ADC1210S125 ) [379] => stdClass Object ( [Vid] => 11307 [Value] => ADC1212D065 ) [380] => stdClass Object ( [Vid] => 11309 [Value] => ADC1212D080 ) [381] => stdClass Object ( [Vid] => 11308 [Value] => ADC1212D105 ) [382] => stdClass Object ( [Vid] => 5990 [Value] => ADC1212D125 ) [383] => stdClass Object ( [Vid] => 11313 [Value] => ADC1213D065 ) [384] => stdClass Object ( [Vid] => 11312 [Value] => ADC1213D080 ) [385] => stdClass Object ( [Vid] => 11311 [Value] => ADC1213D105 ) [386] => stdClass Object ( [Vid] => 11310 [Value] => ADC1213D125 ) [387] => stdClass Object ( [Vid] => 11314 [Value] => ADC1215S065 ) [388] => stdClass Object ( [Vid] => 11317 [Value] => ADC1215S080 ) [389] => stdClass Object ( [Vid] => 11316 [Value] => ADC1215S105 ) [390] => stdClass Object ( [Vid] => 11315 [Value] => ADC1215S125 ) [391] => stdClass Object ( [Vid] => 1113 [Value] => ADC12181 ) [392] => stdClass Object ( [Vid] => 13475 [Value] => ADC121C021 ) [393] => stdClass Object ( [Vid] => 3407 [Value] => ADC121C021,ADC121C027 ) [394] => stdClass Object ( [Vid] => 10055 [Value] => ADC121S051 ) [395] => stdClass Object ( [Vid] => 1115 [Value] => ADC121S101 ) [396] => stdClass Object ( [Vid] => 1116 [Value] => ADC121S625 ) [397] => stdClass Object ( [Vid] => 1117 [Value] => ADC121S705 ) [398] => stdClass Object ( [Vid] => 9666 [Value] => ADC12281 ) [399] => stdClass Object ( [Vid] => 1118 [Value] => ADC122S021 ) [400] => stdClass Object ( [Vid] => 10041 [Value] => ADC122S051 ) [401] => stdClass Object ( [Vid] => 1119 [Value] => ADC122S101 ) [402] => stdClass Object ( [Vid] => 1120 [Value] => ADC122S625 ) [403] => stdClass Object ( [Vid] => 1121 [Value] => ADC122S655 ) [404] => stdClass Object ( [Vid] => 1122 [Value] => ADC122S706 ) [405] => stdClass Object ( [Vid] => 1123 [Value] => ADC124S021 ) [406] => stdClass Object ( [Vid] => 1124 [Value] => ADC124S101 ) [407] => stdClass Object ( [Vid] => 10043 [Value] => ADC128D818 ) [408] => stdClass Object ( [Vid] => 1125 [Value] => ADC128S022 ) [409] => stdClass Object ( [Vid] => 1126 [Value] => ADC128S052 ) [410] => stdClass Object ( [Vid] => 1127 [Value] => ADC128S102 ) [411] => stdClass Object ( [Vid] => 7957 [Value] => ADC12C080 ) [412] => stdClass Object ( [Vid] => 1129 [Value] => ADC12C105 ) [413] => stdClass Object ( [Vid] => 2410 [Value] => ADC12C170 ) [414] => stdClass Object ( [Vid] => 1130 [Value] => ADC12D040 ) [415] => stdClass Object ( [Vid] => 5481 [Value] => ADC12D1600 ) [416] => stdClass Object ( [Vid] => 7947 [Value] => ADC12D1600RF ) [417] => stdClass Object ( [Vid] => 5482 [Value] => ADC12D1800 ) [418] => stdClass Object ( [Vid] => 7944 [Value] => ADC12D1800RF ) [419] => stdClass Object ( [Vid] => 7904 [Value] => ADC12D800RF ) [420] => stdClass Object ( [Vid] => 5331 [Value] => ADC12DC080 ) [421] => stdClass Object ( [Vid] => 5332 [Value] => ADC12DC105 ) [422] => stdClass Object ( [Vid] => 18411 [Value] => ADC12DJ2700 ) [423] => stdClass Object ( [Vid] => 1131 [Value] => ADC12DL040 ) [424] => stdClass Object ( [Vid] => 1132 [Value] => ADC12DL065 ) [425] => stdClass Object ( [Vid] => 1133 [Value] => ADC12DL066 ) [426] => stdClass Object ( [Vid] => 1134 [Value] => ADC12DL080 ) [427] => stdClass Object ( [Vid] => 10007 [Value] => ADC12DS105 ) [428] => stdClass Object ( [Vid] => 1447 [Value] => ADC12EU050 ) [429] => stdClass Object ( [Vid] => 13476 [Value] => ADC12J1600 ) [430] => stdClass Object ( [Vid] => 13477 [Value] => ADC12J2700 ) [431] => stdClass Object ( [Vid] => 13028 [Value] => ADC12J4000 ) [432] => stdClass Object ( [Vid] => 1135 [Value] => ADC12L080 ) [433] => stdClass Object ( [Vid] => 2411 [Value] => ADC12V170 ) [434] => stdClass Object ( [Vid] => 1136 [Value] => ADC14061 ) [435] => stdClass Object ( [Vid] => 11318 [Value] => ADC1410S065 ) [436] => stdClass Object ( [Vid] => 11321 [Value] => ADC1410S080 ) [437] => stdClass Object ( [Vid] => 11320 [Value] => ADC1410S105 ) [438] => stdClass Object ( [Vid] => 11319 [Value] => ADC1410S125 ) [439] => stdClass Object ( [Vid] => 11277 [Value] => ADC1412D ) [440] => stdClass Object ( [Vid] => 11278 [Value] => ADC1412D065 ) [441] => stdClass Object ( [Vid] => 11279 [Value] => ADC1412D080 ) [442] => stdClass Object ( [Vid] => 11280 [Value] => ADC1412D105 ) [443] => stdClass Object ( [Vid] => 11323 [Value] => ADC1413D065 ) [444] => stdClass Object ( [Vid] => 5986 [Value] => ADC1413D080 ) [445] => stdClass Object ( [Vid] => 11322 [Value] => ADC1413D105 ) [446] => stdClass Object ( [Vid] => 4990 [Value] => ADC1413D125 ) [447] => stdClass Object ( [Vid] => 2412 [Value] => ADC14155 ) [448] => stdClass Object ( [Vid] => 11324 [Value] => ADC1415S065 ) [449] => stdClass Object ( [Vid] => 11326 [Value] => ADC1415S080 ) [450] => stdClass Object ( [Vid] => 11325 [Value] => ADC1415S105 ) [451] => stdClass Object ( [Vid] => 4992 [Value] => ADC1415S125 ) [452] => stdClass Object ( [Vid] => 1137 [Value] => ADC14161 ) [453] => stdClass Object ( [Vid] => 1138 [Value] => ADC141S626 ) [454] => stdClass Object ( [Vid] => 11281 [Value] => ADC1443D ) [455] => stdClass Object ( [Vid] => 11282 [Value] => ADC1443D125 ) [456] => stdClass Object ( [Vid] => 11283 [Value] => ADC1443D160 ) [457] => stdClass Object ( [Vid] => 11284 [Value] => ADC1443D200 ) [458] => stdClass Object ( [Vid] => 11328 [Value] => ADC1453D160 ) [459] => stdClass Object ( [Vid] => 11327 [Value] => ADC1453D250 ) [460] => stdClass Object ( [Vid] => 4470 [Value] => ADC14C080 ) [461] => stdClass Object ( [Vid] => 1139 [Value] => ADC14C105 ) [462] => stdClass Object ( [Vid] => 9975 [Value] => ADC14DC105 ) [463] => stdClass Object ( [Vid] => 2413 [Value] => ADC14DS080 ) [464] => stdClass Object ( [Vid] => 2414 [Value] => ADC14DS105 ) [465] => stdClass Object ( [Vid] => 2415 [Value] => ADC14V155 ) [466] => stdClass Object ( [Vid] => 15637 [Value] => ADC14X250 ) [467] => stdClass Object ( [Vid] => 4991 [Value] => ADC1610S125 ) [468] => stdClass Object ( [Vid] => 11329 [Value] => ADC1613D125 ) [469] => stdClass Object ( [Vid] => 2416 [Value] => ADC161S626 ) [470] => stdClass Object ( [Vid] => 5673 [Value] => ADC16DV160 ) [471] => stdClass Object ( [Vid] => 12332 [Value] => ADC16DX370 ) [472] => stdClass Object ( [Vid] => 1581 [Value] => ADC16V130 ) [473] => stdClass Object ( [Vid] => 14823 [Value] => ADC31JB68 ) [474] => stdClass Object ( [Vid] => 14192 [Value] => ADC3221 ) [475] => stdClass Object ( [Vid] => 14193 [Value] => ADC3222 ) [476] => stdClass Object ( [Vid] => 14194 [Value] => ADC3223 ) [477] => stdClass Object ( [Vid] => 13478 [Value] => ADC3224 ) [478] => stdClass Object ( [Vid] => 14195 [Value] => ADC3241 ) [479] => stdClass Object ( [Vid] => 14196 [Value] => ADC3242 ) [480] => stdClass Object ( [Vid] => 14197 [Value] => ADC3243 ) [481] => stdClass Object ( [Vid] => 13053 [Value] => ADC3244 ) [482] => stdClass Object ( [Vid] => 14198 [Value] => ADC32J22 ) [483] => stdClass Object ( [Vid] => 14199 [Value] => ADC32J23 ) [484] => stdClass Object ( [Vid] => 14661 [Value] => ADC32J24 ) [485] => stdClass Object ( [Vid] => 14200 [Value] => ADC32J25 ) [486] => stdClass Object ( [Vid] => 14662 [Value] => ADC32J42 ) [487] => stdClass Object ( [Vid] => 14663 [Value] => ADC32J43 ) [488] => stdClass Object ( [Vid] => 14664 [Value] => ADC32J44 ) [489] => stdClass Object ( [Vid] => 13054 [Value] => ADC32J45 ) [490] => stdClass Object ( [Vid] => 17611 [Value] => ADC32RF42 ) [491] => stdClass Object ( [Vid] => 15907 [Value] => ADC32RF45 ) [492] => stdClass Object ( [Vid] => 18062 [Value] => ADC32RF80 ) [493] => stdClass Object ( [Vid] => 18319 [Value] => ADC32RF82 ) [494] => stdClass Object ( [Vid] => 14776 [Value] => ADC3421 ) [495] => stdClass Object ( [Vid] => 14201 [Value] => ADC3422 ) [496] => stdClass Object ( [Vid] => 14777 [Value] => ADC3423 ) [497] => stdClass Object ( [Vid] => 13479 [Value] => ADC3424 ) [498] => stdClass Object ( [Vid] => 14665 [Value] => ADC3441 ) [499] => stdClass Object ( [Vid] => 14202 [Value] => ADC3442 ) [500] => stdClass Object ( [Vid] => 14666 [Value] => ADC3443 ) [501] => stdClass Object ( [Vid] => 13055 [Value] => ADC3444 ) [502] => stdClass Object ( [Vid] => 13480 [Value] => ADC34J22 ) [503] => stdClass Object ( [Vid] => 14203 [Value] => ADC34J23 ) [504] => stdClass Object ( [Vid] => 14204 [Value] => ADC34J24 ) [505] => stdClass Object ( [Vid] => 13481 [Value] => ADC34J25 ) [506] => stdClass Object ( [Vid] => 13482 [Value] => ADC34J42 ) [507] => stdClass Object ( [Vid] => 13483 [Value] => ADC34J43 ) [508] => stdClass Object ( [Vid] => 13484 [Value] => ADC34J44 ) [509] => stdClass Object ( [Vid] => 13056 [Value] => ADC34J45 ) [510] => stdClass Object ( [Vid] => 1140 [Value] => ADCV0831 ) [511] => stdClass Object ( [Vid] => 12168 [Value] => ADE7913 ) [512] => stdClass Object ( [Vid] => 9238 [Value] => ADS1015 ) [513] => stdClass Object ( [Vid] => 1141 [Value] => ADS1100 ) [514] => stdClass Object ( [Vid] => 1142 [Value] => ADS1110 ) [515] => stdClass Object ( [Vid] => 6066 [Value] => ADS1115 ) [516] => stdClass Object ( [Vid] => 11894 [Value] => ADS1120 ) [517] => stdClass Object ( [Vid] => 19366 [Value] => ADS112C04 ) [518] => stdClass Object ( [Vid] => 18324 [Value] => ADS112U04 ) [519] => stdClass Object ( [Vid] => 6595 [Value] => ADS1131 ) [520] => stdClass Object ( [Vid] => 4956 [Value] => ADS1146 ) [521] => stdClass Object ( [Vid] => 4976 [Value] => ADS1147 ) [522] => stdClass Object ( [Vid] => 4959 [Value] => ADS1148 ) [523] => stdClass Object ( [Vid] => 17609 [Value] => ADS114S08 ) [524] => stdClass Object ( [Vid] => 2681 [Value] => ADS1158 ) [525] => stdClass Object ( [Vid] => 2682 [Value] => ADS1174 ) [526] => stdClass Object ( [Vid] => 2683 [Value] => ADS1178 ) [527] => stdClass Object ( [Vid] => 1143 [Value] => ADS1201 ) [528] => stdClass Object ( [Vid] => 1144 [Value] => ADS1202 ) [529] => stdClass Object ( [Vid] => 5408 [Value] => ADS1209 ) [530] => stdClass Object ( [Vid] => 11423 [Value] => ADS1216 ) [531] => stdClass Object ( [Vid] => 1145 [Value] => ADS1217 ) [532] => stdClass Object ( [Vid] => 11422 [Value] => ADS1218 ) [533] => stdClass Object ( [Vid] => 10765 [Value] => ADS1220 ) [534] => stdClass Object ( [Vid] => 1146 [Value] => ADS1224 ) [535] => stdClass Object ( [Vid] => 18320 [Value] => ADS122C04 ) [536] => stdClass Object ( [Vid] => 18321 [Value] => ADS122U04 ) [537] => stdClass Object ( [Vid] => 1147 [Value] => ADS1230 ) [538] => stdClass Object ( [Vid] => 7852 [Value] => ADS1231 ) [539] => stdClass Object ( [Vid] => 509 [Value] => ADS1232 ) [540] => stdClass Object ( [Vid] => 1149 [Value] => ADS1241M ) [541] => stdClass Object ( [Vid] => 1150 [Value] => ADS1244 ) [542] => stdClass Object ( [Vid] => 7760 [Value] => ADS1246 ) [543] => stdClass Object ( [Vid] => 7705 [Value] => ADS1247 ) [544] => stdClass Object ( [Vid] => 6197 [Value] => ADS1248 ) [545] => stdClass Object ( [Vid] => 16963 [Value] => ADS124S08 ) [546] => stdClass Object ( [Vid] => 9733 [Value] => ADS1251 ) [547] => stdClass Object ( [Vid] => 1151 [Value] => ADS1252 ) [548] => stdClass Object ( [Vid] => 1152 [Value] => ADS1254 ) [549] => stdClass Object ( [Vid] => 506 [Value] => ADS1256 ) [550] => stdClass Object ( [Vid] => 1448 [Value] => ADS1258 ) [551] => stdClass Object ( [Vid] => 5409 [Value] => ADS1259 ) [552] => stdClass Object ( [Vid] => 14102 [Value] => ADS1262 ) [553] => stdClass Object ( [Vid] => 14260 [Value] => ADS1263 ) [554] => stdClass Object ( [Vid] => 524 [Value] => ADS1271 ) [555] => stdClass Object ( [Vid] => 2684 [Value] => ADS1274 ) [556] => stdClass Object ( [Vid] => 1449 [Value] => ADS1278 ) [557] => stdClass Object ( [Vid] => 16001 [Value] => ADS127L01 ) [558] => stdClass Object ( [Vid] => 2457 [Value] => ADS1281 ) [559] => stdClass Object ( [Vid] => 3385 [Value] => ADS1282 ) [560] => stdClass Object ( [Vid] => 15638 [Value] => ADS131A04 ) [561] => stdClass Object ( [Vid] => 1153 [Value] => ADS1601 ) [562] => stdClass Object ( [Vid] => 1154 [Value] => ADS1602 ) [563] => stdClass Object ( [Vid] => 1155 [Value] => ADS1605 ) [564] => stdClass Object ( [Vid] => 523 [Value] => ADS1606 ) [565] => stdClass Object ( [Vid] => 11424 [Value] => ADS1610 ) [566] => stdClass Object ( [Vid] => 1156 [Value] => ADS1625 ) [567] => stdClass Object ( [Vid] => 547 [Value] => ADS1626 ) [568] => stdClass Object ( [Vid] => 7704 [Value] => ADS1672 ) [569] => stdClass Object ( [Vid] => 7699 [Value] => ADS1675 ) [570] => stdClass Object ( [Vid] => 1157 [Value] => ADS2806 ) [571] => stdClass Object ( [Vid] => 1158 [Value] => ADS2807 ) [572] => stdClass Object ( [Vid] => 7712 [Value] => ADS4122 ) [573] => stdClass Object ( [Vid] => 7841 [Value] => ADS4125 ) [574] => stdClass Object ( [Vid] => 9170 [Value] => ADS4126 ) [575] => stdClass Object ( [Vid] => 8237 [Value] => ADS4128 ) [576] => stdClass Object ( [Vid] => 7822 [Value] => ADS4129 ) [577] => stdClass Object ( [Vid] => 7802 [Value] => ADS4142 ) [578] => stdClass Object ( [Vid] => 7845 [Value] => ADS4145 ) [579] => stdClass Object ( [Vid] => 7831 [Value] => ADS4146 ) [580] => stdClass Object ( [Vid] => 4761 [Value] => ADS4149 ) [581] => stdClass Object ( [Vid] => 6111 [Value] => ADS41B25 ) [582] => stdClass Object ( [Vid] => 9429 [Value] => ADS41B29 ) [583] => stdClass Object ( [Vid] => 9488 [Value] => ADS41B49 ) [584] => stdClass Object ( [Vid] => 6373 [Value] => ADS4222 ) [585] => stdClass Object ( [Vid] => 9465 [Value] => ADS4225 ) [586] => stdClass Object ( [Vid] => 9148 [Value] => ADS4226 ) [587] => stdClass Object ( [Vid] => 6374 [Value] => ADS4229 ) [588] => stdClass Object ( [Vid] => 8889 [Value] => ADS4242 ) [589] => stdClass Object ( [Vid] => 7836 [Value] => ADS4246 ) [590] => stdClass Object ( [Vid] => 6588 [Value] => ADS4249 ) [591] => stdClass Object ( [Vid] => 10141 [Value] => ADS42B49 ) [592] => stdClass Object ( [Vid] => 13057 [Value] => ADS42JB46 ) [593] => stdClass Object ( [Vid] => 10008 [Value] => ADS42JB49 ) [594] => stdClass Object ( [Vid] => 10022 [Value] => ADS42JB69 ) [595] => stdClass Object ( [Vid] => 10014 [Value] => ADS42LB49 ) [596] => stdClass Object ( [Vid] => 9967 [Value] => ADS42LB69 ) [597] => stdClass Object ( [Vid] => 10495 [Value] => ADS4449 ) [598] => stdClass Object ( [Vid] => 1159 [Value] => ADS5102 ) [599] => stdClass Object ( [Vid] => 1160 [Value] => ADS5102, ADS5103 ) [600] => stdClass Object ( [Vid] => 1450 [Value] => ADS5120 ) [601] => stdClass Object ( [Vid] => 9778 [Value] => ADS5220 ) [602] => stdClass Object ( [Vid] => 1538 [Value] => ADS5221 ) [603] => stdClass Object ( [Vid] => 1536 [Value] => ADS5231 ) [604] => stdClass Object ( [Vid] => 1537 [Value] => ADS5232 ) [605] => stdClass Object ( [Vid] => 1539 [Value] => ADS5237 ) [606] => stdClass Object ( [Vid] => 1161 [Value] => ADS5240 ) [607] => stdClass Object ( [Vid] => 1455 [Value] => ADS5240, ADS5242 ) [608] => stdClass Object ( [Vid] => 5956 [Value] => ADS5263 ) [609] => stdClass Object ( [Vid] => 1162 [Value] => ADS5270 ) [610] => stdClass Object ( [Vid] => 1163 [Value] => ADS5271 ) [611] => stdClass Object ( [Vid] => 1456 [Value] => ADS5272 ) [612] => stdClass Object ( [Vid] => 1457 [Value] => ADS5273 ) [613] => stdClass Object ( [Vid] => 1458 [Value] => ADS5277 ) [614] => stdClass Object ( [Vid] => 1459 [Value] => ADS5281 ) [615] => stdClass Object ( [Vid] => 1460 [Value] => ADS5282 ) [616] => stdClass Object ( [Vid] => 1461 [Value] => ADS5287 ) [617] => stdClass Object ( [Vid] => 8962 [Value] => ADS5292 ) [618] => stdClass Object ( [Vid] => 9022 [Value] => ADS5294 ) [619] => stdClass Object ( [Vid] => 10066 [Value] => ADS5295 ) [620] => stdClass Object ( [Vid] => 10677 [Value] => ADS5296 ) [621] => stdClass Object ( [Vid] => 13058 [Value] => ADS5296A ) [622] => stdClass Object ( [Vid] => 14951 [Value] => ADS52J90 ) [623] => stdClass Object ( [Vid] => 4693 [Value] => ADS5400 ) [624] => stdClass Object ( [Vid] => 13485 [Value] => ADS5400-SP ) [625] => stdClass Object ( [Vid] => 10496 [Value] => ADS5401 ) [626] => stdClass Object ( [Vid] => 10440 [Value] => ADS5402 ) [627] => stdClass Object ( [Vid] => 10462 [Value] => ADS5403 ) [628] => stdClass Object ( [Vid] => 10497 [Value] => ADS5404 ) [629] => stdClass Object ( [Vid] => 10426 [Value] => ADS5407 ) [630] => stdClass Object ( [Vid] => 10707 [Value] => ADS5409 ) [631] => stdClass Object ( [Vid] => 1462 [Value] => ADS5410 ) [632] => stdClass Object ( [Vid] => 7700 [Value] => ADS5411 ) [633] => stdClass Object ( [Vid] => 8766 [Value] => ADS5413 ) [634] => stdClass Object ( [Vid] => 1464 [Value] => ADS5421, ADS5422 ) [635] => stdClass Object ( [Vid] => 1164 [Value] => ADS5423, ADS5424, ADS5433 ) [636] => stdClass Object ( [Vid] => 1165 [Value] => ADS5424 ) [637] => stdClass Object ( [Vid] => 1466 [Value] => ADS5433 ) [638] => stdClass Object ( [Vid] => 1166 [Value] => ADS5440 ) [639] => stdClass Object ( [Vid] => 1167 [Value] => ADS5444 ) [640] => stdClass Object ( [Vid] => 13486 [Value] => ADS5444-SP ) [641] => stdClass Object ( [Vid] => 1168 [Value] => ADS5463 ) [642] => stdClass Object ( [Vid] => 10114 [Value] => ADS5463-SP ) [643] => stdClass Object ( [Vid] => 1467 [Value] => ADS5474 ) [644] => stdClass Object ( [Vid] => 13059 [Value] => ADS5474-SP ) [645] => stdClass Object ( [Vid] => 2685 [Value] => ADS5481 ) [646] => stdClass Object ( [Vid] => 2686 [Value] => ADS5482 ) [647] => stdClass Object ( [Vid] => 2687 [Value] => ADS5483 ) [648] => stdClass Object ( [Vid] => 7773 [Value] => ADS5484 ) [649] => stdClass Object ( [Vid] => 7706 [Value] => ADS5485 ) [650] => stdClass Object ( [Vid] => 8897 [Value] => ADS5493 ) [651] => stdClass Object ( [Vid] => 16002 [Value] => ADS54J20 ) [652] => stdClass Object ( [Vid] => 15868 [Value] => ADS54J40 ) [653] => stdClass Object ( [Vid] => 15869 [Value] => ADS54J42 ) [654] => stdClass Object ( [Vid] => 14205 [Value] => ADS54J54 ) [655] => stdClass Object ( [Vid] => 14667 [Value] => ADS54J60 ) [656] => stdClass Object ( [Vid] => 18322 [Value] => ADS54J64 ) [657] => stdClass Object ( [Vid] => 15870 [Value] => ADS54J66 ) [658] => stdClass Object ( [Vid] => 15871 [Value] => ADS54J69 ) [659] => stdClass Object ( [Vid] => 7707 [Value] => ADS54RF63 ) [660] => stdClass Object ( [Vid] => 9969 [Value] => ADS54T01 ) [661] => stdClass Object ( [Vid] => 10470 [Value] => ADS54T02 ) [662] => stdClass Object ( [Vid] => 10123 [Value] => ADS54T04 ) [663] => stdClass Object ( [Vid] => 1169 [Value] => ADS5500 ) [664] => stdClass Object ( [Vid] => 1468 [Value] => ADS5517 ) [665] => stdClass Object ( [Vid] => 1170 [Value] => ADS5520 ) [666] => stdClass Object ( [Vid] => 1171 [Value] => ADS5521 ) [667] => stdClass Object ( [Vid] => 1172 [Value] => ADS5522 ) [668] => stdClass Object ( [Vid] => 1469 [Value] => ADS5525 ) [669] => stdClass Object ( [Vid] => 1470 [Value] => ADS5527 ) [670] => stdClass Object ( [Vid] => 1173 [Value] => ADS5541 ) [671] => stdClass Object ( [Vid] => 1174 [Value] => ADS5542 ) [672] => stdClass Object ( [Vid] => 1175 [Value] => ADS5545 ) [673] => stdClass Object ( [Vid] => 1176 [Value] => ADS5546 ) [674] => stdClass Object ( [Vid] => 1471 [Value] => ADS5547 ) [675] => stdClass Object ( [Vid] => 1177 [Value] => ADS5553 ) [676] => stdClass Object ( [Vid] => 7874 [Value] => ADS5560 ) [677] => stdClass Object ( [Vid] => 7738 [Value] => ADS5562 ) [678] => stdClass Object ( [Vid] => 9131 [Value] => ADS58B18 ) [679] => stdClass Object ( [Vid] => 8783 [Value] => ADS58B19 ) [680] => stdClass Object ( [Vid] => 9375 [Value] => ADS58C28 ) [681] => stdClass Object ( [Vid] => 7720 [Value] => ADS58C48 ) [682] => stdClass Object ( [Vid] => 8114 [Value] => ADS58H40 ) [683] => stdClass Object ( [Vid] => 9995 [Value] => ADS58H43 ) [684] => stdClass Object ( [Vid] => 14668 [Value] => ADS58J63 ) [685] => stdClass Object ( [Vid] => 18070 [Value] => ADS58J64 ) [686] => stdClass Object ( [Vid] => 14206 [Value] => ADS58J89 ) [687] => stdClass Object ( [Vid] => 1472 [Value] => ADS6122 ) [688] => stdClass Object ( [Vid] => 1473 [Value] => ADS6123 ) [689] => stdClass Object ( [Vid] => 1474 [Value] => ADS6124 ) [690] => stdClass Object ( [Vid] => 3523 [Value] => ADS6125 ) [691] => stdClass Object ( [Vid] => 2688 [Value] => ADS6128 ) [692] => stdClass Object ( [Vid] => 2689 [Value] => ADS6129 ) [693] => stdClass Object ( [Vid] => 1475 [Value] => ADS6142 ) [694] => stdClass Object ( [Vid] => 1476 [Value] => ADS6143 ) [695] => stdClass Object ( [Vid] => 1477 [Value] => ADS6144 ) [696] => stdClass Object ( [Vid] => 1478 [Value] => ADS6145 ) [697] => stdClass Object ( [Vid] => 2691 [Value] => ADS6148 ) [698] => stdClass Object ( [Vid] => 2692 [Value] => ADS6149 ) [699] => stdClass Object ( [Vid] => 1479 [Value] => ADS61B23 ) [700] => stdClass Object ( [Vid] => 2693 [Value] => ADS61B29 ) [701] => stdClass Object ( [Vid] => 3386 [Value] => ADS61B49 ) [702] => stdClass Object ( [Vid] => 10024 [Value] => ADS61JB23 ) [703] => stdClass Object ( [Vid] => 13060 [Value] => ADS61JB46 ) [704] => stdClass Object ( [Vid] => 1480 [Value] => ADS6222 ) [705] => stdClass Object ( [Vid] => 1481 [Value] => ADS6223 ) [706] => stdClass Object ( [Vid] => 1482 [Value] => ADS6224 ) [707] => stdClass Object ( [Vid] => 1483 [Value] => ADS6225 ) [708] => stdClass Object ( [Vid] => 1484 [Value] => ADS6242 ) [709] => stdClass Object ( [Vid] => 1540 [Value] => ADS6243 ) [710] => stdClass Object ( [Vid] => 1485 [Value] => ADS6244 ) [711] => stdClass Object ( [Vid] => 1486 [Value] => ADS6245 ) [712] => stdClass Object ( [Vid] => 1487 [Value] => ADS62C15 ) [713] => stdClass Object ( [Vid] => 7847 [Value] => ADS62C17 ) [714] => stdClass Object ( [Vid] => 1488 [Value] => ADS62P15 ) [715] => stdClass Object ( [Vid] => 10705 [Value] => ADS62P19 ) [716] => stdClass Object ( [Vid] => 1489 [Value] => ADS62P22 ) [717] => stdClass Object ( [Vid] => 1490 [Value] => ADS62P23 ) [718] => stdClass Object ( [Vid] => 1491 [Value] => ADS62P24 ) [719] => stdClass Object ( [Vid] => 1492 [Value] => ADS62P25 ) [720] => stdClass Object ( [Vid] => 5411 [Value] => ADS62P28 ) [721] => stdClass Object ( [Vid] => 5412 [Value] => ADS62P29 ) [722] => stdClass Object ( [Vid] => 1493 [Value] => ADS62P42 ) [723] => stdClass Object ( [Vid] => 1494 [Value] => ADS62P43 ) [724] => stdClass Object ( [Vid] => 1495 [Value] => ADS62P44 ) [725] => stdClass Object ( [Vid] => 1496 [Value] => ADS62P45 ) [726] => stdClass Object ( [Vid] => 9910 [Value] => ADS62P48 ) [727] => stdClass Object ( [Vid] => 2629 [Value] => ADS62P49 ) [728] => stdClass Object ( [Vid] => 1497 [Value] => ADS6422 ) [729] => stdClass Object ( [Vid] => 1498 [Value] => ADS6423 ) [730] => stdClass Object ( [Vid] => 1499 [Value] => ADS6424 ) [731] => stdClass Object ( [Vid] => 1500 [Value] => ADS6425 ) [732] => stdClass Object ( [Vid] => 1501 [Value] => ADS6442 ) [733] => stdClass Object ( [Vid] => 1502 [Value] => ADS6443 ) [734] => stdClass Object ( [Vid] => 1503 [Value] => ADS6444 ) [735] => stdClass Object ( [Vid] => 1504 [Value] => ADS6445 ) [736] => stdClass Object ( [Vid] => 13489 [Value] => ADS7040 ) [737] => stdClass Object ( [Vid] => 13490 [Value] => ADS7041 ) [738] => stdClass Object ( [Vid] => 13491 [Value] => ADS7042 ) [739] => stdClass Object ( [Vid] => 18326 [Value] => ADS7042, ADS8860 ) [740] => stdClass Object ( [Vid] => 13742 [Value] => ADS7043 ) [741] => stdClass Object ( [Vid] => 13743 [Value] => ADS7044 ) [742] => stdClass Object ( [Vid] => 18063 [Value] => ADS7049-Q1 ) [743] => stdClass Object ( [Vid] => 17587 [Value] => ADS7056 ) [744] => stdClass Object ( [Vid] => 18325 [Value] => ADS7057 ) [745] => stdClass Object ( [Vid] => 1178 [Value] => ADS7805 ) [746] => stdClass Object ( [Vid] => 1179 [Value] => ADS7809 ) [747] => stdClass Object ( [Vid] => 1180 [Value] => ADS7816 ) [748] => stdClass Object ( [Vid] => 1181 [Value] => ADS7817 ) [749] => stdClass Object ( [Vid] => 1182 [Value] => ADS7818 ) [750] => stdClass Object ( [Vid] => 1183 [Value] => ADS7822 ) [751] => stdClass Object ( [Vid] => 1184 [Value] => ADS7823, ADS7828 ) [752] => stdClass Object ( [Vid] => 11425 [Value] => ADS7826 ) [753] => stdClass Object ( [Vid] => 1185 [Value] => ADS7827 ) [754] => stdClass Object ( [Vid] => 1186 [Value] => ADS7829 ) [755] => stdClass Object ( [Vid] => 11426 [Value] => ADS7834 ) [756] => stdClass Object ( [Vid] => 11427 [Value] => ADS7835 ) [757] => stdClass Object ( [Vid] => 13015 [Value] => ADS7851 ) [758] => stdClass Object ( [Vid] => 12970 [Value] => ADS7853 ) [759] => stdClass Object ( [Vid] => 12971 [Value] => ADS7854 ) [760] => stdClass Object ( [Vid] => 1188 [Value] => ADS7861 ) [761] => stdClass Object ( [Vid] => 8808 [Value] => ADS7863 ) [762] => stdClass Object ( [Vid] => 1505 [Value] => ADS7864 ) [763] => stdClass Object ( [Vid] => 1506 [Value] => ADS7866 ) [764] => stdClass Object ( [Vid] => 1507 [Value] => ADS7867 ) [765] => stdClass Object ( [Vid] => 1508 [Value] => ADS7868 ) [766] => stdClass Object ( [Vid] => 1189 [Value] => ADS7870 ) [767] => stdClass Object ( [Vid] => 1190 [Value] => ADS7871 ) [768] => stdClass Object ( [Vid] => 1191 [Value] => ADS7881 ) [769] => stdClass Object ( [Vid] => 7873 [Value] => ADS7883 ) [770] => stdClass Object ( [Vid] => 9149 [Value] => ADS7884 ) [771] => stdClass Object ( [Vid] => 8912 [Value] => ADS7885 ) [772] => stdClass Object ( [Vid] => 1192 [Value] => ADS7886 ) [773] => stdClass Object ( [Vid] => 1193 [Value] => ADS7887 ) [774] => stdClass Object ( [Vid] => 1194 [Value] => ADS7888 ) [775] => stdClass Object ( [Vid] => 1195 [Value] => ADS7891 ) [776] => stdClass Object ( [Vid] => 7806 [Value] => ADS7924 ) [777] => stdClass Object ( [Vid] => 6589 [Value] => ADS7945 ) [778] => stdClass Object ( [Vid] => 6590 [Value] => ADS7946 ) [779] => stdClass Object ( [Vid] => 3387 [Value] => ADS7953 ) [780] => stdClass Object ( [Vid] => 4846 [Value] => ADS7957 ) [781] => stdClass Object ( [Vid] => 7763 [Value] => ADS7961 ) [782] => stdClass Object ( [Vid] => 7390 [Value] => ADS8028 ) [783] => stdClass Object ( [Vid] => 1196 [Value] => ADS807E ) [784] => stdClass Object ( [Vid] => 11540 [Value] => ADS822E ) [785] => stdClass Object ( [Vid] => 1197 [Value] => ADS823E ) [786] => stdClass Object ( [Vid] => 1198 [Value] => ADS830E ) [787] => stdClass Object ( [Vid] => 1509 [Value] => ADS8317 ) [788] => stdClass Object ( [Vid] => 9879 [Value] => ADS831E ) [789] => stdClass Object ( [Vid] => 1199 [Value] => ADS8320 ) [790] => stdClass Object ( [Vid] => 1200 [Value] => ADS8321 ) [791] => stdClass Object ( [Vid] => 1201 [Value] => ADS8322 ) [792] => stdClass Object ( [Vid] => 1202 [Value] => ADS8323 ) [793] => stdClass Object ( [Vid] => 1203 [Value] => ADS8324 ) [794] => stdClass Object ( [Vid] => 1204 [Value] => ADS8325 ) [795] => stdClass Object ( [Vid] => 1510 [Value] => ADS8326 ) [796] => stdClass Object ( [Vid] => 7723 [Value] => ADS8331 ) [797] => stdClass Object ( [Vid] => 7827 [Value] => ADS8332 ) [798] => stdClass Object ( [Vid] => 13361 [Value] => ADS8339 ) [799] => stdClass Object ( [Vid] => 1205 [Value] => ADS8342 ) [800] => stdClass Object ( [Vid] => 1206 [Value] => ADS8344 ) [801] => stdClass Object ( [Vid] => 1207 [Value] => ADS8345 ) [802] => stdClass Object ( [Vid] => 12497 [Value] => ADS8350 ) [803] => stdClass Object ( [Vid] => 13492 [Value] => ADS8353 ) [804] => stdClass Object ( [Vid] => 13493 [Value] => ADS8354 ) [805] => stdClass Object ( [Vid] => 1208 [Value] => ADS8361 ) [806] => stdClass Object ( [Vid] => 9155 [Value] => ADS8363 ) [807] => stdClass Object ( [Vid] => 1209 [Value] => ADS8364 ) [808] => stdClass Object ( [Vid] => 1511 [Value] => ADS8365 ) [809] => stdClass Object ( [Vid] => 1210 [Value] => ADS8370 ) [810] => stdClass Object ( [Vid] => 1211 [Value] => ADS8371 ) [811] => stdClass Object ( [Vid] => 1212 [Value] => ADS8372 ) [812] => stdClass Object ( [Vid] => 1213 [Value] => ADS8380 ) [813] => stdClass Object ( [Vid] => 1214 [Value] => ADS8381 ) [814] => stdClass Object ( [Vid] => 1215 [Value] => ADS8382 ) [815] => stdClass Object ( [Vid] => 1216 [Value] => ADS8383 ) [816] => stdClass Object ( [Vid] => 1217 [Value] => ADS8401 ) [817] => stdClass Object ( [Vid] => 1218 [Value] => ADS8402 ) [818] => stdClass Object ( [Vid] => 1219 [Value] => ADS8405 ) [819] => stdClass Object ( [Vid] => 1220 [Value] => ADS8406 ) [820] => stdClass Object ( [Vid] => 1512 [Value] => ADS8410 ) [821] => stdClass Object ( [Vid] => 1221 [Value] => ADS8411 ) [822] => stdClass Object ( [Vid] => 1222 [Value] => ADS8412 ) [823] => stdClass Object ( [Vid] => 1223 [Value] => ADS8422-ADC ) [824] => stdClass Object ( [Vid] => 1513 [Value] => ADS8472 ) [825] => stdClass Object ( [Vid] => 1514 [Value] => ADS8481 ) [826] => stdClass Object ( [Vid] => 1515 [Value] => ADS8482 ) [827] => stdClass Object ( [Vid] => 7867 [Value] => ADS8484 ) [828] => stdClass Object ( [Vid] => 1224 [Value] => ADS8505 ) [829] => stdClass Object ( [Vid] => 1225 [Value] => ADS8509 ) [830] => stdClass Object ( [Vid] => 1226 [Value] => ADS850Y ) [831] => stdClass Object ( [Vid] => 7758 [Value] => ADS8519 ) [832] => stdClass Object ( [Vid] => 7754 [Value] => ADS8556 ) [833] => stdClass Object ( [Vid] => 7826 [Value] => ADS8557 ) [834] => stdClass Object ( [Vid] => 7703 [Value] => ADS8558 ) [835] => stdClass Object ( [Vid] => 6603 [Value] => ADS8568 ) [836] => stdClass Object ( [Vid] => 17330 [Value] => ADS8588S ) [837] => stdClass Object ( [Vid] => 6376 [Value] => ADS8638 ) [838] => stdClass Object ( [Vid] => 14669 [Value] => ADS8668 ) [839] => stdClass Object ( [Vid] => 14670 [Value] => ADS8678 ) [840] => stdClass Object ( [Vid] => 16003 [Value] => ADS8681 ) [841] => stdClass Object ( [Vid] => 13029 [Value] => ADS8688 ) [842] => stdClass Object ( [Vid] => 14672 [Value] => ADS8698 ) [843] => stdClass Object ( [Vid] => 11656 [Value] => ADS8860 ) [844] => stdClass Object ( [Vid] => 11657 [Value] => ADS8861 ) [845] => stdClass Object ( [Vid] => 10741 [Value] => ADS8881 ) [846] => stdClass Object ( [Vid] => 18064 [Value] => ADS8900B ) [847] => stdClass Object ( [Vid] => 17065 [Value] => ADS8910B ) [848] => stdClass Object ( [Vid] => 17261 [Value] => ADS8920B ) [849] => stdClass Object ( [Vid] => 1227 [Value] => ADS900 Family ) [850] => stdClass Object ( [Vid] => 14904 [Value] => ADS9110 ) [851] => stdClass Object ( [Vid] => 16879 [Value] => ADS9120 ) [852] => stdClass Object ( [Vid] => 7428 [Value] => AMC1203 ) [853] => stdClass Object ( [Vid] => 6101 [Value] => AMC1204 ) [854] => stdClass Object ( [Vid] => 17557 [Value] => AMC1303 ) [855] => stdClass Object ( [Vid] => 13494 [Value] => AMC1304 ) [856] => stdClass Object ( [Vid] => 15912 [Value] => AMC1304L05 ) [857] => stdClass Object ( [Vid] => 15911 [Value] => AMC1304L25 ) [858] => stdClass Object ( [Vid] => 15910 [Value] => AMC1304M05 ) [859] => stdClass Object ( [Vid] => 13495 [Value] => AMC1305L25 ) [860] => stdClass Object ( [Vid] => 14208 [Value] => AMC1305M05 ) [861] => stdClass Object ( [Vid] => 13384 [Value] => AMC1305M25 ) [862] => stdClass Object ( [Vid] => 18517 [Value] => AMC1306 ) [863] => stdClass Object ( [Vid] => 5255 [Value] => AS1524 ) [864] => stdClass Object ( [Vid] => 5256 [Value] => AS1525 ) [865] => stdClass Object ( [Vid] => 5257 [Value] => AS1538 ) [866] => stdClass Object ( [Vid] => 5258 [Value] => AS1539 ) [867] => stdClass Object ( [Vid] => 1228 [Value] => CLC5956 ) [868] => stdClass Object ( [Vid] => 9669 [Value] => CLC5957 ) [869] => stdClass Object ( [Vid] => 9812 [Value] => CLC5958 ) [870] => stdClass Object ( [Vid] => 2449 [Value] => CS5340 ) [871] => stdClass Object ( [Vid] => 2450 [Value] => CS5341 ) [872] => stdClass Object ( [Vid] => 1232 [Value] => CS5343, CS5344 ) [873] => stdClass Object ( [Vid] => 2451 [Value] => CS5345 ) [874] => stdClass Object ( [Vid] => 3557 [Value] => CS5346 ) [875] => stdClass Object ( [Vid] => 2452 [Value] => CS5351 ) [876] => stdClass Object ( [Vid] => 2453 [Value] => CS5361 ) [877] => stdClass Object ( [Vid] => 2438 [Value] => CS5364 ) [878] => stdClass Object ( [Vid] => 2454 [Value] => CS5366 ) [879] => stdClass Object ( [Vid] => 520 [Value] => CS5368 ) [880] => stdClass Object ( [Vid] => 537 [Value] => CS5381 ) [881] => stdClass Object ( [Vid] => 3388 [Value] => CS53L21 ) [882] => stdClass Object ( [Vid] => 10774 [Value] => CS53L30 ) [883] => stdClass Object ( [Vid] => 1233 [Value] => CS5451A ) [884] => stdClass Object ( [Vid] => 2851 [Value] => CS5463 ) [885] => stdClass Object ( [Vid] => 1235 [Value] => CS5524 ) [886] => stdClass Object ( [Vid] => 1236 [Value] => CS5525 ) [887] => stdClass Object ( [Vid] => 1237 [Value] => CS5526 ) [888] => stdClass Object ( [Vid] => 535 [Value] => CS5529 ) [889] => stdClass Object ( [Vid] => 1238 [Value] => CS5530 ) [890] => stdClass Object ( [Vid] => 1239 [Value] => CS5532 ) [891] => stdClass Object ( [Vid] => 545 [Value] => CS5534 ) [892] => stdClass Object ( [Vid] => 522 [Value] => CS5560 ) [893] => stdClass Object ( [Vid] => 2432 [Value] => CS5566 ) [894] => stdClass Object ( [Vid] => 542 [Value] => CS5571 ) [895] => stdClass Object ( [Vid] => 2455 [Value] => CS5581 ) [896] => stdClass Object ( [Vid] => 9688 [Value] => DDC112 ) [897] => stdClass Object ( [Vid] => 3475 [Value] => DDC112, DDC114 ) [898] => stdClass Object ( [Vid] => 7871 [Value] => DDC264 ) [899] => stdClass Object ( [Vid] => 1305 [Value] => HI2303 ) [900] => stdClass Object ( [Vid] => 1306 [Value] => HI3026 ) [901] => stdClass Object ( [Vid] => 1308 [Value] => HI5662 ) [902] => stdClass Object ( [Vid] => 1309 [Value] => HI5714 ) [903] => stdClass Object ( [Vid] => 1313 [Value] => HI5746 ) [904] => stdClass Object ( [Vid] => 1315 [Value] => HI5762 ) [905] => stdClass Object ( [Vid] => 1316 [Value] => HI5767 ) [906] => stdClass Object ( [Vid] => 1317 [Value] => HI5805 ) [907] => stdClass Object ( [Vid] => 1321 [Value] => HI7188 ) [908] => stdClass Object ( [Vid] => 1322 [Value] => HI7190 ) [909] => stdClass Object ( [Vid] => 9584 [Value] => HMCAD1040 ) [910] => stdClass Object ( [Vid] => 9612 [Value] => HMCAD1041 ) [911] => stdClass Object ( [Vid] => 9599 [Value] => HMCAD1050 ) [912] => stdClass Object ( [Vid] => 9597 [Value] => HMCAD1051 ) [913] => stdClass Object ( [Vid] => 10247 [Value] => HMCAD1100 ) [914] => stdClass Object ( [Vid] => 10255 [Value] => HMCAD1101 ) [915] => stdClass Object ( [Vid] => 10314 [Value] => HMCAD1102 ) [916] => stdClass Object ( [Vid] => 11774 [Value] => HMCAD1104 ) [917] => stdClass Object ( [Vid] => 10340 [Value] => HMCAD1510 ) [918] => stdClass Object ( [Vid] => 9620 [Value] => HMCAD1511 ) [919] => stdClass Object ( [Vid] => 7692 [Value] => HMCAD1520 ) [920] => stdClass Object ( [Vid] => 14034 [Value] => HMCAD5831LP9BE ) [921] => stdClass Object ( [Vid] => 10352 [Value] => ISL26104A ) [922] => stdClass Object ( [Vid] => 6564 [Value] => ISL26134 ) [923] => stdClass Object ( [Vid] => 7125 [Value] => ISL55210, ISLA112P50 ) [924] => stdClass Object ( [Vid] => 10390 [Value] => ISL55210, ISLA214P50 ) [925] => stdClass Object ( [Vid] => 5979 [Value] => ISLA110P50 ) [926] => stdClass Object ( [Vid] => 5975 [Value] => ISLA112P50 ) [927] => stdClass Object ( [Vid] => 5982 [Value] => ISLA118P50 ) [928] => stdClass Object ( [Vid] => 6106 [Value] => ISLA214IR72 ) [929] => stdClass Object ( [Vid] => 6107 [Value] => ISLA214P50 ) [930] => stdClass Object ( [Vid] => 6105 [Value] => ISLA216P25 ) [931] => stdClass Object ( [Vid] => 12527 [Value] => ISLA216S25 ) [932] => stdClass Object ( [Vid] => 6250 [Value] => ISLA224P ) [933] => stdClass Object ( [Vid] => 10347 [Value] => ISLA224S ) [934] => stdClass Object ( [Vid] => 2860 [Value] => KAD2710C-27, KMB001 Motherboard ) [935] => stdClass Object ( [Vid] => 2861 [Value] => KAD2710L-27, KMB001 Motherboard ) [936] => stdClass Object ( [Vid] => 2864 [Value] => KAD5512HP-25, KMB001 Motherboard ) [937] => stdClass Object ( [Vid] => 2863 [Value] => KAD5512P-25, KMB001 Motherboard ) [938] => stdClass Object ( [Vid] => 2862 [Value] => KAD5512P-50, KMB001 Motherboard ) [939] => stdClass Object ( [Vid] => 2865 [Value] => KAD5514P-25, KMB001 Motherboard ) [940] => stdClass Object ( [Vid] => 2866 [Value] => KAD5612P-25, KMB001 Motherboard ) [941] => stdClass Object ( [Vid] => 2857 [Value] => KDCxxxx Daughtercard with KADxxxx ADC ) [942] => stdClass Object ( [Vid] => 10103 [Value] => LM97600 ) [943] => stdClass Object ( [Vid] => 13122 [Value] => LM97937 ) [944] => stdClass Object ( [Vid] => 15080 [Value] => LT1807, LTC2391-16 ) [945] => stdClass Object ( [Vid] => 15079 [Value] => LT1807, LTC2392-16 ) [946] => stdClass Object ( [Vid] => 13026 [Value] => LT1994, LTC2203 ) [947] => stdClass Object ( [Vid] => 12559 [Value] => LT6411, LTC2249 ) [948] => stdClass Object ( [Vid] => 6900 [Value] => LTC1403 ) [949] => stdClass Object ( [Vid] => 6899 [Value] => LTC1403-1 ) [950] => stdClass Object ( [Vid] => 6898 [Value] => LTC1407 ) [951] => stdClass Object ( [Vid] => 6897 [Value] => LTC1407-1 ) [952] => stdClass Object ( [Vid] => 6966 [Value] => LTC1408 ) [953] => stdClass Object ( [Vid] => 13326 [Value] => LTC1416 ) [954] => stdClass Object ( [Vid] => 6930 [Value] => LTC1418 ) [955] => stdClass Object ( [Vid] => 13325 [Value] => LTC1419 ) [956] => stdClass Object ( [Vid] => 15099 [Value] => LTC1604 ) [957] => stdClass Object ( [Vid] => 6908 [Value] => LTC1605 ) [958] => stdClass Object ( [Vid] => 10990 [Value] => LTC1606 ) [959] => stdClass Object ( [Vid] => 15100 [Value] => LTC1608 ) [960] => stdClass Object ( [Vid] => 15098 [Value] => LTC1740 ) [961] => stdClass Object ( [Vid] => 6938 [Value] => LTC1859 ) [962] => stdClass Object ( [Vid] => 15101 [Value] => LTC1864L ) [963] => stdClass Object ( [Vid] => 6961 [Value] => LTC1867 ) [964] => stdClass Object ( [Vid] => 6965 [Value] => LTC1867L ) [965] => stdClass Object ( [Vid] => 19590 [Value] => LTC2107 ) [966] => stdClass Object ( [Vid] => 14147 [Value] => LTC2107, LTC6409 ) [967] => stdClass Object ( [Vid] => 13590 [Value] => LTC2122 ) [968] => stdClass Object ( [Vid] => 13589 [Value] => LTC2123 ) [969] => stdClass Object ( [Vid] => 16932 [Value] => LTC2123, LTC6951 ) [970] => stdClass Object ( [Vid] => 8464 [Value] => LTC2140-12 ) [971] => stdClass Object ( [Vid] => 8475 [Value] => LTC2140-14 ) [972] => stdClass Object ( [Vid] => 8474 [Value] => LTC2141-12 ) [973] => stdClass Object ( [Vid] => 8416 [Value] => LTC2141-14 ) [974] => stdClass Object ( [Vid] => 8497 [Value] => LTC2142-12 ) [975] => stdClass Object ( [Vid] => 8443 [Value] => LTC2142-14 ) [976] => stdClass Object ( [Vid] => 8476 [Value] => LTC2143-12 ) [977] => stdClass Object ( [Vid] => 8450 [Value] => LTC2143-14 ) [978] => stdClass Object ( [Vid] => 8419 [Value] => LTC2144-12 ) [979] => stdClass Object ( [Vid] => 8436 [Value] => LTC2144-14 ) [980] => stdClass Object ( [Vid] => 8423 [Value] => LTC2145-12 ) [981] => stdClass Object ( [Vid] => 8488 [Value] => LTC2145-14 ) [982] => stdClass Object ( [Vid] => 8457 [Value] => LTC2150-12 ) [983] => stdClass Object ( [Vid] => 8433 [Value] => LTC2150-14 ) [984] => stdClass Object ( [Vid] => 8484 [Value] => LTC2151-12 ) [985] => stdClass Object ( [Vid] => 8490 [Value] => LTC2151-14 ) [986] => stdClass Object ( [Vid] => 8493 [Value] => LTC2152-12 ) [987] => stdClass Object ( [Vid] => 8463 [Value] => LTC2152-14 ) [988] => stdClass Object ( [Vid] => 8506 [Value] => LTC2153-12 ) [989] => stdClass Object ( [Vid] => 8483 [Value] => LTC2153-14 ) [990] => stdClass Object ( [Vid] => 8482 [Value] => LTC2155-12 ) [991] => stdClass Object ( [Vid] => 8470 [Value] => LTC2155-14 ) [992] => stdClass Object ( [Vid] => 8431 [Value] => LTC2156-12 ) [993] => stdClass Object ( [Vid] => 8412 [Value] => LTC2156-14 ) [994] => stdClass Object ( [Vid] => 8487 [Value] => LTC2157-12 ) [995] => stdClass Object ( [Vid] => 8446 [Value] => LTC2157-14 ) [996] => stdClass Object ( [Vid] => 8492 [Value] => LTC2158-12 ) [997] => stdClass Object ( [Vid] => 8434 [Value] => LTC2158-14 ) [998] => stdClass Object ( [Vid] => 12364 [Value] => LTC2158-14, LTC6430-15 ) [999] => stdClass Object ( [Vid] => 11711 [Value] => LTC2159 ) [1000] => stdClass Object ( [Vid] => 8515 [Value] => LTC2160 ) [1001] => stdClass Object ( [Vid] => 8452 [Value] => LTC2161 ) [1002] => stdClass Object ( [Vid] => 8424 [Value] => LTC2162 ) [1003] => stdClass Object ( [Vid] => 8449 [Value] => LTC2163 ) [1004] => stdClass Object ( [Vid] => 8494 [Value] => LTC2164 ) [1005] => stdClass Object ( [Vid] => 8435 [Value] => LTC2165 ) [1006] => stdClass Object ( [Vid] => 8456 [Value] => LTC2170-12 ) [1007] => stdClass Object ( [Vid] => 8491 [Value] => LTC2170-14 ) [1008] => stdClass Object ( [Vid] => 8453 [Value] => LTC2171-12 ) [1009] => stdClass Object ( [Vid] => 8489 [Value] => LTC2171-14 ) [1010] => stdClass Object ( [Vid] => 8461 [Value] => LTC2172-12 ) [1011] => stdClass Object ( [Vid] => 8411 [Value] => LTC2172-14 ) [1012] => stdClass Object ( [Vid] => 8499 [Value] => LTC2173-12 ) [1013] => stdClass Object ( [Vid] => 8465 [Value] => LTC2173-14 ) [1014] => stdClass Object ( [Vid] => 8430 [Value] => LTC2174-12 ) [1015] => stdClass Object ( [Vid] => 8420 [Value] => LTC2174-14 ) [1016] => stdClass Object ( [Vid] => 8440 [Value] => LTC2175-12 ) [1017] => stdClass Object ( [Vid] => 8478 [Value] => LTC2175-14 ) [1018] => stdClass Object ( [Vid] => 8480 [Value] => LTC2180 ) [1019] => stdClass Object ( [Vid] => 8512 [Value] => LTC2181 ) [1020] => stdClass Object ( [Vid] => 8425 [Value] => LTC2182 ) [1021] => stdClass Object ( [Vid] => 8442 [Value] => LTC2183 ) [1022] => stdClass Object ( [Vid] => 8454 [Value] => LTC2184 ) [1023] => stdClass Object ( [Vid] => 8415 [Value] => LTC2185 ) [1024] => stdClass Object ( [Vid] => 10229 [Value] => LTC2188 ) [1025] => stdClass Object ( [Vid] => 8502 [Value] => LTC2190 ) [1026] => stdClass Object ( [Vid] => 8513 [Value] => LTC2191 ) [1027] => stdClass Object ( [Vid] => 8441 [Value] => LTC2192 ) [1028] => stdClass Object ( [Vid] => 8498 [Value] => LTC2193 ) [1029] => stdClass Object ( [Vid] => 8417 [Value] => LTC2194 ) [1030] => stdClass Object ( [Vid] => 8507 [Value] => LTC2195 ) [1031] => stdClass Object ( [Vid] => 8473 [Value] => LTC2202 ) [1032] => stdClass Object ( [Vid] => 8447 [Value] => LTC2203 ) [1033] => stdClass Object ( [Vid] => 12564 [Value] => LTC2203, LTC6403-1 ) [1034] => stdClass Object ( [Vid] => 8427 [Value] => LTC2204 ) [1035] => stdClass Object ( [Vid] => 8421 [Value] => LTC2205 ) [1036] => stdClass Object ( [Vid] => 10234 [Value] => LTC2205-14 ) [1037] => stdClass Object ( [Vid] => 8428 [Value] => LTC2206 ) [1038] => stdClass Object ( [Vid] => 11755 [Value] => LTC2206-14 ) [1039] => stdClass Object ( [Vid] => 8445 [Value] => LTC2207 ) [1040] => stdClass Object ( [Vid] => 12560 [Value] => LTC2207, LTC6404-1 ) [1041] => stdClass Object ( [Vid] => 12561 [Value] => LTC2207, LTC6404-2 ) [1042] => stdClass Object ( [Vid] => 12562 [Value] => LTC2207, LTC6404-4 ) [1043] => stdClass Object ( [Vid] => 12563 [Value] => LTC2207, LTC6406 ) [1044] => stdClass Object ( [Vid] => 11754 [Value] => LTC2207-14 ) [1045] => stdClass Object ( [Vid] => 8414 [Value] => LTC2208 ) [1046] => stdClass Object ( [Vid] => 15105 [Value] => LTC2208-14 ) [1047] => stdClass Object ( [Vid] => 8413 [Value] => LTC2209 ) [1048] => stdClass Object ( [Vid] => 8462 [Value] => LTC2215 ) [1049] => stdClass Object ( [Vid] => 8458 [Value] => LTC2216 ) [1050] => stdClass Object ( [Vid] => 8444 [Value] => LTC2217 ) [1051] => stdClass Object ( [Vid] => 15112 [Value] => LTC2220 ) [1052] => stdClass Object ( [Vid] => 15116 [Value] => LTC2220-1 ) [1053] => stdClass Object ( [Vid] => 15113 [Value] => LTC2221 ) [1054] => stdClass Object ( [Vid] => 15117 [Value] => LTC2222 ) [1055] => stdClass Object ( [Vid] => 15118 [Value] => LTC2223 ) [1056] => stdClass Object ( [Vid] => 15121 [Value] => LTC2224 ) [1057] => stdClass Object ( [Vid] => 11726 [Value] => LTC2225 ) [1058] => stdClass Object ( [Vid] => 11725 [Value] => LTC2226 ) [1059] => stdClass Object ( [Vid] => 15076 [Value] => LTC2226H ) [1060] => stdClass Object ( [Vid] => 11724 [Value] => LTC2227 ) [1061] => stdClass Object ( [Vid] => 11723 [Value] => LTC2228 ) [1062] => stdClass Object ( [Vid] => 11722 [Value] => LTC2229 ) [1063] => stdClass Object ( [Vid] => 15114 [Value] => LTC2230 ) [1064] => stdClass Object ( [Vid] => 15115 [Value] => LTC2231 ) [1065] => stdClass Object ( [Vid] => 15119 [Value] => LTC2232 ) [1066] => stdClass Object ( [Vid] => 15120 [Value] => LTC2233 ) [1067] => stdClass Object ( [Vid] => 15122 [Value] => LTC2234 ) [1068] => stdClass Object ( [Vid] => 11730 [Value] => LTC2236 ) [1069] => stdClass Object ( [Vid] => 11729 [Value] => LTC2237 ) [1070] => stdClass Object ( [Vid] => 11728 [Value] => LTC2238 ) [1071] => stdClass Object ( [Vid] => 11727 [Value] => LTC2239 ) [1072] => stdClass Object ( [Vid] => 15074 [Value] => LTC2240-10 ) [1073] => stdClass Object ( [Vid] => 15071 [Value] => LTC2240-12 ) [1074] => stdClass Object ( [Vid] => 15073 [Value] => LTC2241-10 ) [1075] => stdClass Object ( [Vid] => 15070 [Value] => LTC2241-12 ) [1076] => stdClass Object ( [Vid] => 15072 [Value] => LTC2242-10 ) [1077] => stdClass Object ( [Vid] => 15069 [Value] => LTC2242-12 ) [1078] => stdClass Object ( [Vid] => 11721 [Value] => LTC2245 ) [1079] => stdClass Object ( [Vid] => 11720 [Value] => LTC2246 ) [1080] => stdClass Object ( [Vid] => 15075 [Value] => LTC2246H ) [1081] => stdClass Object ( [Vid] => 11719 [Value] => LTC2247 ) [1082] => stdClass Object ( [Vid] => 11718 [Value] => LTC2248 ) [1083] => stdClass Object ( [Vid] => 11717 [Value] => LTC2249 ) [1084] => stdClass Object ( [Vid] => 11736 [Value] => LTC2250 ) [1085] => stdClass Object ( [Vid] => 11735 [Value] => LTC2251 ) [1086] => stdClass Object ( [Vid] => 11734 [Value] => LTC2252 ) [1087] => stdClass Object ( [Vid] => 11733 [Value] => LTC2253 ) [1088] => stdClass Object ( [Vid] => 11732 [Value] => LTC2254 ) [1089] => stdClass Object ( [Vid] => 11731 [Value] => LTC2255 ) [1090] => stdClass Object ( [Vid] => 8485 [Value] => LTC2256-12 ) [1091] => stdClass Object ( [Vid] => 8486 [Value] => LTC2256-14 ) [1092] => stdClass Object ( [Vid] => 8455 [Value] => LTC2257-12 ) [1093] => stdClass Object ( [Vid] => 8460 [Value] => LTC2257-14 ) [1094] => stdClass Object ( [Vid] => 8467 [Value] => LTC2258-12 ) [1095] => stdClass Object ( [Vid] => 8496 [Value] => LTC2258-14 ) [1096] => stdClass Object ( [Vid] => 8508 [Value] => LTC2259-12 ) [1097] => stdClass Object ( [Vid] => 8429 [Value] => LTC2259-14 ) [1098] => stdClass Object ( [Vid] => 8439 [Value] => LTC2260-12 ) [1099] => stdClass Object ( [Vid] => 8500 [Value] => LTC2260-14 ) [1100] => stdClass Object ( [Vid] => 8504 [Value] => LTC2261-12 ) [1101] => stdClass Object ( [Vid] => 8503 [Value] => LTC2261-14 ) [1102] => stdClass Object ( [Vid] => 15082 [Value] => LTC2261-14, LTC6409 ) [1103] => stdClass Object ( [Vid] => 8495 [Value] => LTC2262-12 ) [1104] => stdClass Object ( [Vid] => 8466 [Value] => LTC2262-14 ) [1105] => stdClass Object ( [Vid] => 8514 [Value] => LTC2263-12 ) [1106] => stdClass Object ( [Vid] => 8472 [Value] => LTC2263-14 ) [1107] => stdClass Object ( [Vid] => 8501 [Value] => LTC2264-12 ) [1108] => stdClass Object ( [Vid] => 8426 [Value] => LTC2264-14 ) [1109] => stdClass Object ( [Vid] => 8477 [Value] => LTC2265-12 ) [1110] => stdClass Object ( [Vid] => 8451 [Value] => LTC2265-14 ) [1111] => stdClass Object ( [Vid] => 8469 [Value] => LTC2266-12 ) [1112] => stdClass Object ( [Vid] => 8509 [Value] => LTC2266-14 ) [1113] => stdClass Object ( [Vid] => 8479 [Value] => LTC2267-12 ) [1114] => stdClass Object ( [Vid] => 8510 [Value] => LTC2267-14 ) [1115] => stdClass Object ( [Vid] => 8432 [Value] => LTC2268-12 ) [1116] => stdClass Object ( [Vid] => 8437 [Value] => LTC2268-14 ) [1117] => stdClass Object ( [Vid] => 11712 [Value] => LTC2269 ) [1118] => stdClass Object ( [Vid] => 10230 [Value] => LTC2270 ) [1119] => stdClass Object ( [Vid] => 11713 [Value] => LTC2271 ) [1120] => stdClass Object ( [Vid] => 11702 [Value] => LTC2272 ) [1121] => stdClass Object ( [Vid] => 11701 [Value] => LTC2273 ) [1122] => stdClass Object ( [Vid] => 11700 [Value] => LTC2274 ) [1123] => stdClass Object ( [Vid] => 11753 [Value] => LTC2280 ) [1124] => stdClass Object ( [Vid] => 11697 [Value] => LTC2281 ) [1125] => stdClass Object ( [Vid] => 11752 [Value] => LTC2282 ) [1126] => stdClass Object ( [Vid] => 11698 [Value] => LTC2283 ) [1127] => stdClass Object ( [Vid] => 11751 [Value] => LTC2284 ) [1128] => stdClass Object ( [Vid] => 11699 [Value] => LTC2285 ) [1129] => stdClass Object ( [Vid] => 11750 [Value] => LTC2286 ) [1130] => stdClass Object ( [Vid] => 11749 [Value] => LTC2287 ) [1131] => stdClass Object ( [Vid] => 11748 [Value] => LTC2288 ) [1132] => stdClass Object ( [Vid] => 11747 [Value] => LTC2289 ) [1133] => stdClass Object ( [Vid] => 11746 [Value] => LTC2290 ) [1134] => stdClass Object ( [Vid] => 11745 [Value] => LTC2291 ) [1135] => stdClass Object ( [Vid] => 11744 [Value] => LTC2292 ) [1136] => stdClass Object ( [Vid] => 11743 [Value] => LTC2293 ) [1137] => stdClass Object ( [Vid] => 11742 [Value] => LTC2294 ) [1138] => stdClass Object ( [Vid] => 11741 [Value] => LTC2295 ) [1139] => stdClass Object ( [Vid] => 11740 [Value] => LTC2296 ) [1140] => stdClass Object ( [Vid] => 11739 [Value] => LTC2297 ) [1141] => stdClass Object ( [Vid] => 11738 [Value] => LTC2298 ) [1142] => stdClass Object ( [Vid] => 11737 [Value] => LTC2299 ) [1143] => stdClass Object ( [Vid] => 6915 [Value] => LTC2301 ) [1144] => stdClass Object ( [Vid] => 6912 [Value] => LTC2302 ) [1145] => stdClass Object ( [Vid] => 6916 [Value] => LTC2305 ) [1146] => stdClass Object ( [Vid] => 7462 [Value] => LTC2308 ) [1147] => stdClass Object ( [Vid] => 6911 [Value] => LTC2309 ) [1148] => stdClass Object ( [Vid] => 17003 [Value] => LTC2310-12 ) [1149] => stdClass Object ( [Vid] => 17001 [Value] => LTC2310-14 ) [1150] => stdClass Object ( [Vid] => 16999 [Value] => LTC2310-16 ) [1151] => stdClass Object ( [Vid] => 17002 [Value] => LTC2311-12 ) [1152] => stdClass Object ( [Vid] => 17000 [Value] => LTC2311-14 ) [1153] => stdClass Object ( [Vid] => 15787 [Value] => LTC2311-16 ) [1154] => stdClass Object ( [Vid] => 11108 [Value] => LTC2312-12 ) [1155] => stdClass Object ( [Vid] => 11110 [Value] => LTC2312-14 ) [1156] => stdClass Object ( [Vid] => 11107 [Value] => LTC2313-12 ) [1157] => stdClass Object ( [Vid] => 11109 [Value] => LTC2313-14 ) [1158] => stdClass Object ( [Vid] => 10388 [Value] => LTC2314-14 ) [1159] => stdClass Object ( [Vid] => 10387 [Value] => LTC2315-12 ) [1160] => stdClass Object ( [Vid] => 16891 [Value] => LTC2320-16 ) [1161] => stdClass Object ( [Vid] => 12569 [Value] => LTC2321-12 ) [1162] => stdClass Object ( [Vid] => 12567 [Value] => LTC2321-14 ) [1163] => stdClass Object ( [Vid] => 12565 [Value] => LTC2321-16 ) [1164] => stdClass Object ( [Vid] => 12568 [Value] => LTC2323-12 ) [1165] => stdClass Object ( [Vid] => 12566 [Value] => LTC2323-14 ) [1166] => stdClass Object ( [Vid] => 11716 [Value] => LTC2323-16 ) [1167] => stdClass Object ( [Vid] => 17796 [Value] => LTC2324-12 ) [1168] => stdClass Object ( [Vid] => 17795 [Value] => LTC2324-14 ) [1169] => stdClass Object ( [Vid] => 17794 [Value] => LTC2324-16 ) [1170] => stdClass Object ( [Vid] => 18066 [Value] => LTC2325, LTC2324, LTC2320 ) [1171] => stdClass Object ( [Vid] => 13259 [Value] => LTC2326-16 ) [1172] => stdClass Object ( [Vid] => 13256 [Value] => LTC2326-18 ) [1173] => stdClass Object ( [Vid] => 13258 [Value] => LTC2327-16 ) [1174] => stdClass Object ( [Vid] => 13255 [Value] => LTC2327-18 ) [1175] => stdClass Object ( [Vid] => 13257 [Value] => LTC2328-16 ) [1176] => stdClass Object ( [Vid] => 11715 [Value] => LTC2328-18 ) [1177] => stdClass Object ( [Vid] => 18082 [Value] => LTC2333-16 ) [1178] => stdClass Object ( [Vid] => 17856 [Value] => LTC2333-18 ) [1179] => stdClass Object ( [Vid] => 15559 [Value] => LTC2335-16 ) [1180] => stdClass Object ( [Vid] => 15558 [Value] => LTC2335-18 ) [1181] => stdClass Object ( [Vid] => 11113 [Value] => LTC2336-18 ) [1182] => stdClass Object ( [Vid] => 11112 [Value] => LTC2337-18 ) [1183] => stdClass Object ( [Vid] => 11111 [Value] => LTC2338-18 ) [1184] => stdClass Object ( [Vid] => 17008 [Value] => LTC2341-16 ) [1185] => stdClass Object ( [Vid] => 17007 [Value] => LTC2341-18 ) [1186] => stdClass Object ( [Vid] => 17006 [Value] => LTC2344-16 ) [1187] => stdClass Object ( [Vid] => 16671 [Value] => LTC2344-18 ) [1188] => stdClass Object ( [Vid] => 15365 [Value] => LTC2345-16 ) [1189] => stdClass Object ( [Vid] => 15366 [Value] => LTC2345-18 ) [1190] => stdClass Object ( [Vid] => 14510 [Value] => LTC2348-16 ) [1191] => stdClass Object ( [Vid] => 14144 [Value] => LTC2348-18 ) [1192] => stdClass Object ( [Vid] => 6910 [Value] => LTC2351-14 ) [1193] => stdClass Object ( [Vid] => 18203 [Value] => LTC2353-16 ) [1194] => stdClass Object ( [Vid] => 18202 [Value] => LTC2353-18 ) [1195] => stdClass Object ( [Vid] => 6902 [Value] => LTC2355-14 ) [1196] => stdClass Object ( [Vid] => 6901 [Value] => LTC2356-14 ) [1197] => stdClass Object ( [Vid] => 18081 [Value] => LTC2357-16 ) [1198] => stdClass Object ( [Vid] => 18080 [Value] => LTC2357-18 ) [1199] => stdClass Object ( [Vid] => 17327 [Value] => LTC2358-16 ) [1200] => stdClass Object ( [Vid] => 17468 [Value] => LTC2358-18 ) [1201] => stdClass Object ( [Vid] => 6907 [Value] => LTC2360 ) [1202] => stdClass Object ( [Vid] => 6906 [Value] => LTC2361 ) [1203] => stdClass Object ( [Vid] => 6905 [Value] => LTC2362 ) [1204] => stdClass Object ( [Vid] => 7369 [Value] => LTC2364-16 ) [1205] => stdClass Object ( [Vid] => 13241 [Value] => LTC2364-16, LTC6360 ) [1206] => stdClass Object ( [Vid] => 7372 [Value] => LTC2364-18 ) [1207] => stdClass Object ( [Vid] => 13245 [Value] => LTC2364-18, LTC6360 ) [1208] => stdClass Object ( [Vid] => 6904 [Value] => LTC2365 ) [1209] => stdClass Object ( [Vid] => 6903 [Value] => LTC2366 ) [1210] => stdClass Object ( [Vid] => 7368 [Value] => LTC2367-16 ) [1211] => stdClass Object ( [Vid] => 13240 [Value] => LTC2367-16, LTC6360 ) [1212] => stdClass Object ( [Vid] => 7371 [Value] => LTC2367-18 ) [1213] => stdClass Object ( [Vid] => 13244 [Value] => LTC2367-18, LTC6360 ) [1214] => stdClass Object ( [Vid] => 7367 [Value] => LTC2368-16 ) [1215] => stdClass Object ( [Vid] => 13239 [Value] => LTC2368-16, LTC6360 ) [1216] => stdClass Object ( [Vid] => 7370 [Value] => LTC2368-18 ) [1217] => stdClass Object ( [Vid] => 13243 [Value] => LTC2368-18, LTC6360 ) [1218] => stdClass Object ( [Vid] => 15555 [Value] => LTC2368-24 ) [1219] => stdClass Object ( [Vid] => 6932 [Value] => LTC2369-18 ) [1220] => stdClass Object ( [Vid] => 13242 [Value] => LTC2369-18, LTC6360 ) [1221] => stdClass Object ( [Vid] => 6931 [Value] => LTC2370-16 ) [1222] => stdClass Object ( [Vid] => 13238 [Value] => LTC2370-16, LTC6360 ) [1223] => stdClass Object ( [Vid] => 14302 [Value] => LTC2372-16 ) [1224] => stdClass Object ( [Vid] => 14140 [Value] => LTC2372-18 ) [1225] => stdClass Object ( [Vid] => 14301 [Value] => LTC2373-16 ) [1226] => stdClass Object ( [Vid] => 13879 [Value] => LTC2373-18 ) [1227] => stdClass Object ( [Vid] => 18079 [Value] => LTC2374CUH-16 ) [1228] => stdClass Object ( [Vid] => 6951 [Value] => LTC2376-16 ) [1229] => stdClass Object ( [Vid] => 13249 [Value] => LTC2376-16, LTC6362, LTC6655 ) [1230] => stdClass Object ( [Vid] => 6955 [Value] => LTC2376-18 ) [1231] => stdClass Object ( [Vid] => 13253 [Value] => LTC2376-18, LTC6362, LTC6655 ) [1232] => stdClass Object ( [Vid] => 10891 [Value] => LTC2376-20 ) [1233] => stdClass Object ( [Vid] => 6950 [Value] => LTC2377-16 ) [1234] => stdClass Object ( [Vid] => 13248 [Value] => LTC2377-16, LTC6362, LTC6655 ) [1235] => stdClass Object ( [Vid] => 6954 [Value] => LTC2377-18 ) [1236] => stdClass Object ( [Vid] => 13252 [Value] => LTC2377-18, LTC6362, LTC6655 ) [1237] => stdClass Object ( [Vid] => 10890 [Value] => LTC2377-20 ) [1238] => stdClass Object ( [Vid] => 6949 [Value] => LTC2378-16 ) [1239] => stdClass Object ( [Vid] => 13247 [Value] => LTC2378-16, LTC6362, LTC6655 ) [1240] => stdClass Object ( [Vid] => 6953 [Value] => LTC2378-18 ) [1241] => stdClass Object ( [Vid] => 13251 [Value] => LTC2378-18, LTC6362, LTC6655 ) [1242] => stdClass Object ( [Vid] => 10389 [Value] => LTC2378-20 ) [1243] => stdClass Object ( [Vid] => 6952 [Value] => LTC2379-18 ) [1244] => stdClass Object ( [Vid] => 13250 [Value] => LTC2379-18, LTC6362, LTC6655 ) [1245] => stdClass Object ( [Vid] => 6948 [Value] => LTC2380-16 ) [1246] => stdClass Object ( [Vid] => 13246 [Value] => LTC2380-16, LTC6362, LTC6655 ) [1247] => stdClass Object ( [Vid] => 14723 [Value] => LTC2380-24 ) [1248] => stdClass Object ( [Vid] => 6944 [Value] => LTC2381-16 ) [1249] => stdClass Object ( [Vid] => 6943 [Value] => LTC2382-16 ) [1250] => stdClass Object ( [Vid] => 6942 [Value] => LTC2383-16 ) [1251] => stdClass Object ( [Vid] => 16088 [Value] => LTC2385-16 ) [1252] => stdClass Object ( [Vid] => 16087 [Value] => LTC2385-18 ) [1253] => stdClass Object ( [Vid] => 16086 [Value] => LTC2386-16 ) [1254] => stdClass Object ( [Vid] => 16085 [Value] => LTC2386-18 ) [1255] => stdClass Object ( [Vid] => 15108 [Value] => LTC2387-16 ) [1256] => stdClass Object ( [Vid] => 14513 [Value] => LTC2387-18 ) [1257] => stdClass Object ( [Vid] => 7405 [Value] => LTC2389-16 ) [1258] => stdClass Object ( [Vid] => 7373 [Value] => LTC2389-18 ) [1259] => stdClass Object ( [Vid] => 6941 [Value] => LTC2391-16 ) [1260] => stdClass Object ( [Vid] => 6940 [Value] => LTC2392-16 ) [1261] => stdClass Object ( [Vid] => 6939 [Value] => LTC2393-16 ) [1262] => stdClass Object ( [Vid] => 6935 [Value] => LTC2400 ) [1263] => stdClass Object ( [Vid] => 6936 [Value] => LTC2410 ) [1264] => stdClass Object ( [Vid] => 6958 [Value] => LTC2412 ) [1265] => stdClass Object ( [Vid] => 6934 [Value] => LTC2418 ) [1266] => stdClass Object ( [Vid] => 6937 [Value] => LTC2431 ) [1267] => stdClass Object ( [Vid] => 6957 [Value] => LTC2433-1 ) [1268] => stdClass Object ( [Vid] => 6959 [Value] => LTC2439-1 ) [1269] => stdClass Object ( [Vid] => 6933 [Value] => LTC2440 ) [1270] => stdClass Object ( [Vid] => 6972 [Value] => LTC2442 ) [1271] => stdClass Object ( [Vid] => 6964 [Value] => LTC2446 ) [1272] => stdClass Object ( [Vid] => 6963 [Value] => LTC2447 ) [1273] => stdClass Object ( [Vid] => 6962 [Value] => LTC2448 ) [1274] => stdClass Object ( [Vid] => 6956 [Value] => LTC2449 ) [1275] => stdClass Object ( [Vid] => 6895 [Value] => LTC2450 ) [1276] => stdClass Object ( [Vid] => 6896 [Value] => LTC2450-1 ) [1277] => stdClass Object ( [Vid] => 6913 [Value] => LTC2451 ) [1278] => stdClass Object ( [Vid] => 6914 [Value] => LTC2452 ) [1279] => stdClass Object ( [Vid] => 6909 [Value] => LTC2453 ) [1280] => stdClass Object ( [Vid] => 6917 [Value] => LTC2460 ) [1281] => stdClass Object ( [Vid] => 6918 [Value] => LTC2461 ) [1282] => stdClass Object ( [Vid] => 6919 [Value] => LTC2462 ) [1283] => stdClass Object ( [Vid] => 6920 [Value] => LTC2463 ) [1284] => stdClass Object ( [Vid] => 6945 [Value] => LTC2470 ) [1285] => stdClass Object ( [Vid] => 6973 [Value] => LTC2471 ) [1286] => stdClass Object ( [Vid] => 6946 [Value] => LTC2472 ) [1287] => stdClass Object ( [Vid] => 6947 [Value] => LTC2473 ) [1288] => stdClass Object ( [Vid] => 6960 [Value] => LTC2480 ) [1289] => stdClass Object ( [Vid] => 6969 [Value] => LTC2481 ) [1290] => stdClass Object ( [Vid] => 6968 [Value] => LTC2482 ) [1291] => stdClass Object ( [Vid] => 6970 [Value] => LTC2483 ) [1292] => stdClass Object ( [Vid] => 6967 [Value] => LTC2484 ) [1293] => stdClass Object ( [Vid] => 6971 [Value] => LTC2485 ) [1294] => stdClass Object ( [Vid] => 6885 [Value] => LTC2486 ) [1295] => stdClass Object ( [Vid] => 6888 [Value] => LTC2487 ) [1296] => stdClass Object ( [Vid] => 6884 [Value] => LTC2488 ) [1297] => stdClass Object ( [Vid] => 6887 [Value] => LTC2489 ) [1298] => stdClass Object ( [Vid] => 6883 [Value] => LTC2492 ) [1299] => stdClass Object ( [Vid] => 6886 [Value] => LTC2493 ) [1300] => stdClass Object ( [Vid] => 6891 [Value] => LTC2494 ) [1301] => stdClass Object ( [Vid] => 6894 [Value] => LTC2495 ) [1302] => stdClass Object ( [Vid] => 6890 [Value] => LTC2496 ) [1303] => stdClass Object ( [Vid] => 6893 [Value] => LTC2497 ) [1304] => stdClass Object ( [Vid] => 6889 [Value] => LTC2498 ) [1305] => stdClass Object ( [Vid] => 6892 [Value] => LTC2499 ) [1306] => stdClass Object ( [Vid] => 17325 [Value] => LTC2500-32 ) [1307] => stdClass Object ( [Vid] => 16523 [Value] => LTC2508-32 ) [1308] => stdClass Object ( [Vid] => 16995 [Value] => LTC2512-24 ) [1309] => stdClass Object ( [Vid] => 11710 [Value] => LTM9006-14 ) [1310] => stdClass Object ( [Vid] => 11709 [Value] => LTM9007-14 ) [1311] => stdClass Object ( [Vid] => 11708 [Value] => LTM9008-14 ) [1312] => stdClass Object ( [Vid] => 11707 [Value] => LTM9009-14 ) [1313] => stdClass Object ( [Vid] => 10233 [Value] => LTM9010-14 ) [1314] => stdClass Object ( [Vid] => 11706 [Value] => LTM9011-14 ) [1315] => stdClass Object ( [Vid] => 15081 [Value] => LTM9012 ) [1316] => stdClass Object ( [Vid] => 19333 [Value] => MAX100 ) [1317] => stdClass Object ( [Vid] => 1529 [Value] => MAX1002 ) [1318] => stdClass Object ( [Vid] => 13659 [Value] => MAX1003 ) [1319] => stdClass Object ( [Vid] => 1528 [Value] => MAX1011 ) [1320] => stdClass Object ( [Vid] => 19346 [Value] => MAX101A ) [1321] => stdClass Object ( [Vid] => 18071 [Value] => MAX104, MAX106, MAX108 ) [1322] => stdClass Object ( [Vid] => 1334 [Value] => MAX105, MAX107 ) [1323] => stdClass Object ( [Vid] => 13660 [Value] => MAX108 ) [1324] => stdClass Object ( [Vid] => 18072 [Value] => MAX109 ) [1325] => stdClass Object ( [Vid] => 1335 [Value] => MAX110, MAX111 ) [1326] => stdClass Object ( [Vid] => 2812 [Value] => MAX11040 ) [1327] => stdClass Object ( [Vid] => 6881 [Value] => MAX11040K ) [1328] => stdClass Object ( [Vid] => 6882 [Value] => MAX11046 ) [1329] => stdClass Object ( [Vid] => 1336 [Value] => MAX1110, MAX1112 ) [1330] => stdClass Object ( [Vid] => 8737 [Value] => MAX11103 ) [1331] => stdClass Object ( [Vid] => 8773 [Value] => MAX11105 ) [1332] => stdClass Object ( [Vid] => 6386 [Value] => MAX11131 ) [1333] => stdClass Object ( [Vid] => 16447 [Value] => MAX11150 ) [1334] => stdClass Object ( [Vid] => 16448 [Value] => MAX11152 ) [1335] => stdClass Object ( [Vid] => 10727 [Value] => MAX11156 ) [1336] => stdClass Object ( [Vid] => 16449 [Value] => MAX11158 ) [1337] => stdClass Object ( [Vid] => 14338 [Value] => MAX11160 ) [1338] => stdClass Object ( [Vid] => 16450 [Value] => MAX11162 ) [1339] => stdClass Object ( [Vid] => 10489 [Value] => MAX11166 ) [1340] => stdClass Object ( [Vid] => 16451 [Value] => MAX11168 ) [1341] => stdClass Object ( [Vid] => 16452 [Value] => MAX11195 ) [1342] => stdClass Object ( [Vid] => 17785 [Value] => MAX11198ATE+ ) [1343] => stdClass Object ( [Vid] => 8738 [Value] => MAX11200 ) [1344] => stdClass Object ( [Vid] => 8324 [Value] => MAX11205 ) [1345] => stdClass Object ( [Vid] => 13562 [Value] => MAX11210 ) [1346] => stdClass Object ( [Vid] => 9006 [Value] => MAX11213 ) [1347] => stdClass Object ( [Vid] => 14339 [Value] => MAX11214 ) [1348] => stdClass Object ( [Vid] => 16453 [Value] => MAX11216 ) [1349] => stdClass Object ( [Vid] => 14340 [Value] => MAX11253 ) [1350] => stdClass Object ( [Vid] => 14184 [Value] => MAX11254 ) [1351] => stdClass Object ( [Vid] => 15221 [Value] => MAX11259 ) [1352] => stdClass Object ( [Vid] => 15222 [Value] => MAX11270 ) [1353] => stdClass Object ( [Vid] => 16544 [Value] => MAX11284 ) [1354] => stdClass Object ( [Vid] => 1337 [Value] => MAX1132, MAX1133 ) [1355] => stdClass Object ( [Vid] => 15937 [Value] => MAX11410 ) [1356] => stdClass Object ( [Vid] => 3481 [Value] => MAX115 ) [1357] => stdClass Object ( [Vid] => 3483 [Value] => MAX116 ) [1358] => stdClass Object ( [Vid] => 5526 [Value] => MAX11612 ) [1359] => stdClass Object ( [Vid] => 5527 [Value] => MAX11613 ) [1360] => stdClass Object ( [Vid] => 5528 [Value] => MAX11614 ) [1361] => stdClass Object ( [Vid] => 5529 [Value] => MAX11615 ) [1362] => stdClass Object ( [Vid] => 5530 [Value] => MAX11616 ) [1363] => stdClass Object ( [Vid] => 5531 [Value] => MAX11617 ) [1364] => stdClass Object ( [Vid] => 3482 [Value] => MAX1162, MAX1062 ) [1365] => stdClass Object ( [Vid] => 9034 [Value] => MAX11633 ) [1366] => stdClass Object ( [Vid] => 6647 [Value] => MAX11635 ) [1367] => stdClass Object ( [Vid] => 5688 [Value] => MAX11645 ) [1368] => stdClass Object ( [Vid] => 16446 [Value] => MAX11665 ) [1369] => stdClass Object ( [Vid] => 6648 [Value] => MAX11666 ) [1370] => stdClass Object ( [Vid] => 3484 [Value] => MAX117, MAX118 ) [1371] => stdClass Object ( [Vid] => 18874 [Value] => MAX1179 ) [1372] => stdClass Object ( [Vid] => 1338 [Value] => MAX1180, 1181, 1182, 1183, 1184, 1185, 1186, 1190 ) [1373] => stdClass Object ( [Vid] => 13404 [Value] => MAX11905 ) [1374] => stdClass Object ( [Vid] => 1339 [Value] => MAX1191, MAX1192, MAX1193 ) [1375] => stdClass Object ( [Vid] => 1340 [Value] => MAX1195, 1196, 1197, 1198 ) [1376] => stdClass Object ( [Vid] => 15894 [Value] => MAX11960 ) [1377] => stdClass Object ( [Vid] => 1341 [Value] => MAX120 ) [1378] => stdClass Object ( [Vid] => 13671 [Value] => MAX1200 ) [1379] => stdClass Object ( [Vid] => 19334 [Value] => MAX1201 ) [1380] => stdClass Object ( [Vid] => 1342 [Value] => MAX1202, MAX1203 ) [1381] => stdClass Object ( [Vid] => 1343 [Value] => MAX121 ) [1382] => stdClass Object ( [Vid] => 13672 [Value] => MAX1211 ) [1383] => stdClass Object ( [Vid] => 13673 [Value] => MAX1213 ) [1384] => stdClass Object ( [Vid] => 13674 [Value] => MAX1214 ) [1385] => stdClass Object ( [Vid] => 19336 [Value] => MAX1217 ) [1386] => stdClass Object ( [Vid] => 19335 [Value] => MAX1218 ) [1387] => stdClass Object ( [Vid] => 19337 [Value] => MAX1219 ) [1388] => stdClass Object ( [Vid] => 1527 [Value] => MAX1231 ) [1389] => stdClass Object ( [Vid] => 3461 [Value] => MAX1236 ) [1390] => stdClass Object ( [Vid] => 1345 [Value] => MAX1238 ) [1391] => stdClass Object ( [Vid] => 1346 [Value] => MAX1240, MAX1241 ) [1392] => stdClass Object ( [Vid] => 1525 [Value] => MAX1246 ) [1393] => stdClass Object ( [Vid] => 1526 [Value] => MAX1247 ) [1394] => stdClass Object ( [Vid] => 1348 [Value] => MAX125 ) [1395] => stdClass Object ( [Vid] => 13675 [Value] => MAX12528 ) [1396] => stdClass Object ( [Vid] => 13676 [Value] => MAX12555 ) [1397] => stdClass Object ( [Vid] => 13677 [Value] => MAX12557 ) [1398] => stdClass Object ( [Vid] => 1349 [Value] => MAX126 ) [1399] => stdClass Object ( [Vid] => 1350 [Value] => MAX1270, MAX1271, MAX127, MAX128 ) [1400] => stdClass Object ( [Vid] => 16462 [Value] => MAX1272 ) [1401] => stdClass Object ( [Vid] => 1351 [Value] => MAX1280 ) [1402] => stdClass Object ( [Vid] => 1352 [Value] => MAX1282 ) [1403] => stdClass Object ( [Vid] => 1353 [Value] => MAX1284 ) [1404] => stdClass Object ( [Vid] => 1354 [Value] => MAX1292, MAX1293 ) [1405] => stdClass Object ( [Vid] => 1355 [Value] => MAX1294, MAX1295 ) [1406] => stdClass Object ( [Vid] => 6655 [Value] => MAX1300 ) [1407] => stdClass Object ( [Vid] => 13300 [Value] => MAX1300A ) [1408] => stdClass Object ( [Vid] => 3485 [Value] => MAX132 ) [1409] => stdClass Object ( [Vid] => 1356 [Value] => MAX1379 ) [1410] => stdClass Object ( [Vid] => 16933 [Value] => MAX14001 ) [1411] => stdClass Object ( [Vid] => 16934 [Value] => MAX14002 ) [1412] => stdClass Object ( [Vid] => 1357 [Value] => MAX1402 ) [1413] => stdClass Object ( [Vid] => 1358 [Value] => MAX1403 ) [1414] => stdClass Object ( [Vid] => 13678 [Value] => MAX1420 ) [1415] => stdClass Object ( [Vid] => 19339 [Value] => MAX1427 ) [1416] => stdClass Object ( [Vid] => 13679 [Value] => MAX1434 ) [1417] => stdClass Object ( [Vid] => 13680 [Value] => MAX1436 ) [1418] => stdClass Object ( [Vid] => 1359 [Value] => MAX1448 ) [1419] => stdClass Object ( [Vid] => 1360 [Value] => MAX147 ) [1420] => stdClass Object ( [Vid] => 1523 [Value] => MAX152, MAX153 ) [1421] => stdClass Object ( [Vid] => 1363 [Value] => MAX176 ) [1422] => stdClass Object ( [Vid] => 1364 [Value] => MAX180 ) [1423] => stdClass Object ( [Vid] => 1365 [Value] => MAX186 ) [1424] => stdClass Object ( [Vid] => 1366 [Value] => MAX187 ) [1425] => stdClass Object ( [Vid] => 1367 [Value] => MAX194 ) [1426] => stdClass Object ( [Vid] => 13902 [Value] => MAX195 ) [1427] => stdClass Object ( [Vid] => 2539 [Value] => MAX19505 ) [1428] => stdClass Object ( [Vid] => 2540 [Value] => MAX19506 ) [1429] => stdClass Object ( [Vid] => 2541 [Value] => MAX19507 ) [1430] => stdClass Object ( [Vid] => 2542 [Value] => MAX19515 ) [1431] => stdClass Object ( [Vid] => 2543 [Value] => MAX19516 ) [1432] => stdClass Object ( [Vid] => 2544 [Value] => MAX19517 ) [1433] => stdClass Object ( [Vid] => 8298 [Value] => MAX19527 ) [1434] => stdClass Object ( [Vid] => 19340 [Value] => MAX19542 ) [1435] => stdClass Object ( [Vid] => 1369 [Value] => MAX196, MAX198 ) [1436] => stdClass Object ( [Vid] => 1370 [Value] => MAX197, MAX199 ) [1437] => stdClass Object ( [Vid] => 18655 [Value] => MAX19777 ) [1438] => stdClass Object ( [Vid] => 16210 [Value] => MCP3204 ) [1439] => stdClass Object ( [Vid] => 1377 [Value] => MCP3221 ) [1440] => stdClass Object ( [Vid] => 532 [Value] => MCP3421 ) [1441] => stdClass Object ( [Vid] => 2822 [Value] => MCP3422 ) [1442] => stdClass Object ( [Vid] => 4487 [Value] => MCP3423 ) [1443] => stdClass Object ( [Vid] => 1609 [Value] => MCP3424 ) [1444] => stdClass Object ( [Vid] => 1610 [Value] => MCP3425 ) [1445] => stdClass Object ( [Vid] => 1378 [Value] => MCP3551 ) [1446] => stdClass Object ( [Vid] => 533 [Value] => MCP355x ) [1447] => stdClass Object ( [Vid] => 16610 [Value] => MCP37D10-200 ) [1448] => stdClass Object ( [Vid] => 13427 [Value] => MCP37D11-200 ) [1449] => stdClass Object ( [Vid] => 13426 [Value] => MCP37D31-200 ) [1450] => stdClass Object ( [Vid] => 4488 [Value] => MCP3901 ) [1451] => stdClass Object ( [Vid] => 3526 [Value] => MCP3909 ) [1452] => stdClass Object ( [Vid] => 1388 [Value] => PCM1801 ) [1453] => stdClass Object ( [Vid] => 3629 [Value] => PCM1802 ) [1454] => stdClass Object ( [Vid] => 3630 [Value] => PCM1804 ) [1455] => stdClass Object ( [Vid] => 1391 [Value] => PCM4201 ) [1456] => stdClass Object ( [Vid] => 1392 [Value] => PCM4202 ) [1457] => stdClass Object ( [Vid] => 1393 [Value] => PCM4204 ) [1458] => stdClass Object ( [Vid] => 3303 [Value] => PCM4222 ) [1459] => stdClass Object ( [Vid] => 616 [Value] => SX8722 ) [1460] => stdClass Object ( [Vid] => 1395 [Value] => THS0842 ) [1461] => stdClass Object ( [Vid] => 1396 [Value] => THS10082 ) [1462] => stdClass Object ( [Vid] => 1397 [Value] => THS1009 ) [1463] => stdClass Object ( [Vid] => 1398 [Value] => THS1030 ) [1464] => stdClass Object ( [Vid] => 1399 [Value] => THS1031 ) [1465] => stdClass Object ( [Vid] => 1400 [Value] => THS1040 ) [1466] => stdClass Object ( [Vid] => 3462 [Value] => THS1041 ) [1467] => stdClass Object ( [Vid] => 508 [Value] => THS1206M ) [1468] => stdClass Object ( [Vid] => 1401 [Value] => THS12082 ) [1469] => stdClass Object ( [Vid] => 1402 [Value] => THS1215 ) [1470] => stdClass Object ( [Vid] => 1403 [Value] => THS1230 ) [1471] => stdClass Object ( [Vid] => 1404 [Value] => THS1401 ) [1472] => stdClass Object ( [Vid] => 1405 [Value] => THS1403 ) [1473] => stdClass Object ( [Vid] => 1406 [Value] => THS1408 ) [1474] => stdClass Object ( [Vid] => 1407 [Value] => THS14F01 ) [1475] => stdClass Object ( [Vid] => 9693 [Value] => THS14F03 ) [1476] => stdClass Object ( [Vid] => 1411 [Value] => TLC2551 ) [1477] => stdClass Object ( [Vid] => 1412 [Value] => TLC2552 ) [1478] => stdClass Object ( [Vid] => 1413 [Value] => TLC2555 ) [1479] => stdClass Object ( [Vid] => 1414 [Value] => TLC2574 ) [1480] => stdClass Object ( [Vid] => 1415 [Value] => TLC2578 ) [1481] => stdClass Object ( [Vid] => 1416 [Value] => TLC3541 ) [1482] => stdClass Object ( [Vid] => 1417 [Value] => TLC3544 ) [1483] => stdClass Object ( [Vid] => 1418 [Value] => TLC3545 ) [1484] => stdClass Object ( [Vid] => 1419 [Value] => TLC3548 ) [1485] => stdClass Object ( [Vid] => 1420 [Value] => TLC3574 ) [1486] => stdClass Object ( [Vid] => 1421 [Value] => TLC3578 ) [1487] => stdClass Object ( [Vid] => 1422 [Value] => TLC4541 ) [1488] => stdClass Object ( [Vid] => 1423 [Value] => TLC4545 ) [1489] => stdClass Object ( [Vid] => 1424 [Value] => TLC5510 ) [1490] => stdClass Object ( [Vid] => 1425 [Value] => TLC5540 ) [1491] => stdClass Object ( [Vid] => 1426 [Value] => TLV1570 ) [1492] => stdClass Object ( [Vid] => 1427 [Value] => TLV1572 ) [1493] => stdClass Object ( [Vid] => 1428 [Value] => TLV2541 ) [1494] => stdClass Object ( [Vid] => 1429 [Value] => TLV2542 ) [1495] => stdClass Object ( [Vid] => 1430 [Value] => TLV2543 ) [1496] => stdClass Object ( [Vid] => 1431 [Value] => TLV2545 ) [1497] => stdClass Object ( [Vid] => 1432 [Value] => TLV2548 ) [1498] => stdClass Object ( [Vid] => 11428 [Value] => TLV2553 ) [1499] => stdClass Object ( [Vid] => 1433 [Value] => TLV2556 ) [1500] => stdClass Object ( [Vid] => 7729 [Value] => TLV320ADC3101 ) [1501] => stdClass Object ( [Vid] => 1434 [Value] => TLV5535 ) [1502] => stdClass Object ( [Vid] => 9580 [Value] => TS7001 ) [1503] => stdClass Object ( [Vid] => 8327 [Value] => TSA7887 ) [1504] => stdClass Object ( [Vid] => 7999 [Value] => TSM1285 ) [1505] => stdClass Object ( [Vid] => 8830 [Value] => XRD8785 ) [1506] => stdClass Object ( [Vid] => 9185 [Value] => XRD8799 ) [1507] => stdClass Object ( [Vid] => 8810 [Value] => XRD87L85 ) ) [Pid] => 984 [Parameter] => Utilized IC / Part ) [10] => stdClass Object ( [Values] => Array ( [0] => stdClass Object ( [Vid] => 1205 [Value] => Board(s) ) [1] => stdClass Object ( [Vid] => 1208 [Value] => Board(s), Cable(s) ) [2] => stdClass Object ( [Vid] => 1211 [Value] => Board(s), Cable(s), Power Supply ) [3] => stdClass Object ( [Vid] => 1213 [Value] => Board(s), Power Supply ) ) [Pid] => 985 [Parameter] => Supplied Contents ) ) [Results] => 1969 [ExactMatches] => 0 [ExactParts] => Array ( ) [ExactDigiKeyPart] => )

Найдено: 1969 товаров

Manufacturer

Series

Part Status

Number of A/D Converters

Number of Bits

Sampling Rate (Per Second)

Data Interface

Input Range

Power (Typ) @ Conditions