Search You searched for “AD637AR” Filters Filters Product Categories Amplifiers 1 Analog Functions 4 RF and Microwave 2 Show More Resources Application Note 1 Data Sheet 5 Show More Industry Solutions Healthcare Solutions 1 Industrial Automation 1 Instrumentation and Measurement Solutions 2 Show More Tools and Models Technology Solutions Show More Site Section Resource Library6 Result Type Docs & FAQs2Forum Reply4Forum Thread5Show More Groups, Forums & Libraries Differential Amplifiers and ADC Drivers2Instrumentation Amplifiers1Other Products (EN)6Voltage References2Show More Author ADIApproved3Adam.Garrison@avnet.com1MSDAPI2SeanG1briankomo1ednqn1ngilling1tcd1Show More Tag Analog Functions3ad6373voltage references2AD630ARX1Analog Multipliers & Dividers1CN201301261CN201301271Instrumentation Amplifiers1Show More Results on Analog.com 12 Results on EngineerZone 11 Results on Analog.com 12 Relevance Relevance Oldest First Newest First Sort by AD637ProductionProductRMS to DC ConvertersHigh Precision, Wideband RMS-to-DC Converter PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAD607ProductionProductSingle, Double, and Triple Balanced MixersLow Power Mixer/AGC/RSSI 3V Receiver IF Subsystem PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAD737ProductionProductRMS to DC ConvertersLow Cost, Low Power, True RMS-to-DC Converter PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAD630ProductionProductPrecision Modulators/DemodulatorsBalanced Modulator/Demodulator PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAD633ProductionProductAnalog Multipliers & DividersLow Cost Analog Multiplier PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAD627ProductionProductInstrumentation AmplifiersMicropower, Single and Dual Supply R/R Instrumentation Amplifier PDFDatasheetDocumentationAsk the CommunitySample & BuySample & BuyAN-683: Strain Gage Measurement Using an AC ExcitationApplication NotePDFAN-683: Strain Gage Measurement Using an AC Excitation 122.15 KAD230-AD241: +5V Powered CMOS RS-232 Drivers/Recievers Obsolete Data SheetObsolete Data SheetPDFAD230-AD241: +5V Powered CMOS RS-232 Drivers/Recievers Obsolete Data Sheet4180 kBAD637: High Precision, Wideband RMS-to-DC Converter Data SheetData SheetPDFAD637: High Precision, Wideband RMS-to-DC Converter Data Sheet942 kBAD235: +5V Powered CMOS RS-232 Drivers/Recievers Obsolete Data SheetObsolete Data SheetPDFAD235: +5V Powered CMOS RS-232 Drivers/Recievers Obsolete Data Sheet4180 kB <<<12>>> Results on EngineerZone 11 What is the estimated EOL date for AD633ARZ?Forum ThreadAnswered Other Products (EN)07 April, 2016One of our engineers is interested in using the Analog Devices AD633ARZ in a future product but was concerned about the long term availability of this part. Would you ask your factory contacts if: 1) the current customer base that uses this part is steady or on the decline? 2 … Analog Functionseolad633Analog Multipliers & DividersAD633ARZ Maximum Junction TemperatureForum ThreadAnswered Differential Amplifiers and ADC Drivers12 September, 2013What is the maximum junction temperature of the AD633ARZ (8-Lead Standard SOIC Package)? RE: AD633ARZ Maximum Junction TemperatureForum ReplyDifferential Amplifiers and ADC Drivers11 September, 2013Hi, briankomo. The maximum junction temperature of AD633ARZ is 112.9°C. Below is the formula and computation for it. Tj = TA + (RΦjA x PD) Where: Tj = junction temperature TA = ambient temperature (usually the highest temp of the device if not specified) RΦjA = junction to ambient thermal resistance (usually indicated in … RE: What is the estimated EOL date for AD633ARZ?Forum ReplyOther Products (EN)07 April, 2016Hello, I'll answer your question through email. My apologies for very late reply. Regards, Phil problem with AD637 Chip selectForum ThreadAnswered Other Products (EN)10 October, 2014Hi, I'm using AD637BR with a circuit that controls the chip select pin. I implemented a 2 pole filter using the internal buffer (pins 1 and 16) that follows the RMSOUT (pin 11). I found out that, when chip is enabled, everything works fine but when chip is disabled … Analog Functionschip selectad637RMS to DC ConvertersThe advantage or special consideration of using dB output instead of the RMS output of AD637Docs & FAQsVoltage ReferencesQuestionWhat is the advantage or special consideration of using dB output instead of the RMS output of AD637AnswerThe dB feature provides a log conversion of the input voltage such as typically used by audio sound-level instruments, or other things such as VU meters, etc. It is a more useful … ad637voltage referencesCN20130126Which type of capacitor can be used for CAV、CF1、CF2 in the EVB of AD637Docs & FAQsVoltage ReferencesQuestionWhich type of capacitor can be used for CAV、CF1、CF2 in the EVB of AD637AnswerI used solid tantalum capacitors, but film types are better down to certain frequencies. Tantalum styles are less expensive, film types have much less leakage, which can introduce errors in very low level signal detection ad637voltage referencesCN20130127AD620 non-linearityForum ThreadAnswered Instrumentation Amplifiers06 October, 2021… not as expected.For example, input = 1.600V -> output = 8.422V instead of 8.784V.Below 1.5V in input, the amplifier is good but above 1.5V input the amplifier is bad.We tried with an AD627ARZ but we have the same behaviour.Why ?Thanks in advance,Best regards amplifiersInstrumentation Amplifiersad620RE: AD630 Output Noise SourceForum ReplyOther Products (EN)04 May, 2020… 20pf capacitance on the clock line due to the probe. Thank you for your quick response! I am also wondering about the lifetime of the AD630ARZ part. Obviously it is shown as NRND. Our BOM analysis tool (Silicon Expert) shows this part as NRND as well, but that it still … RE: LF insensitivity in AD835Forum ReplyOther Products (EN)23 October, 2014… signals will subtract instead of adding, drastically reducing your output. I don't know if it's just a coincidence, but your footprint matches the AD633AR (SOIC) footprint. It's interesting that you're comparing the AD835 to the AD630, the AD630 should work well at these frequencies. I take … <<<12>>>