Locale Icon
English
  • Forums

    Popular Forums

    • LTspice
    • Video
    • Power Management
    • RF & Microwave
    • Precision ADCs
    • FPGA Reference Designs

    Product Forums

    • Amplifiers
    • Clocks & Timers
    • Data Converters
    • Direct Digital Synthesis (DDS)
    • Energy
    • Interface and Isolation
    • MEMS Inertial Sensors
    • Power Management
    • Processors & DSP
    • Processors & Microcontrollers
    • Switches & Multiplexers
    • Sensors
    • Voltage References
    View All

    Application Forums

    • A2B Audio Bus
    • Audio
    • Automated Test Equipment (ATE)
    • Condition-Based Monitoring
    • Depth, Perception & Ranging Technologies
    • LiDAR Solutions
    • Motor Control Hardware Platforms
    • Speech Processing Solutions
    • Video

    Design Center Forums

    • ACE Evaluation Software
    • ADEF System Platforms
    • Design Tools & Calculators
    • FPGA Reference Designs
    • Linux Software Drivers
    • Microcontroller no-OS Drivers
    • Precision Studio
    • Power Studio Designer
    • Power Studio Planner
    • Reference Designs
    • Robot Operating System (ROS) SDK
    • Signal Chain Designer
    • Software Interface Tools
  • Learn

    Highlighted Webinar

    COTS SoMs & Phased Array Solutions for Rapid RF Subsystem Integration

    Accelerate RF Subsystem Integration with COTS SoMs and Phased Array Solutions. As building a subsystem from early prototype to full deployment is never...

    Places

    • ADI Academy
    • ADI Webinars
    • EZ Blogs
    • Video Annex
    • Virtual Classroom

    Libraries

    • 3D ToF Depth Sensing Library
    • Continuous-Wave CMOS Time of Flight (TOF) Library
    • Embedded Vision Sensing Library
    • Gigabit Multimedia Serial Link (GMSL) Library
    • Optical Sensing Library
    • Other Products Library
    • Precision Technology Signal Chains Library
    • Software Modules and SDKs Library
    • Supervisory Circuits Library
    • Wireless Sensor Networks Library

    Upcoming Learning & Events

    • Humanoid Robotics: Deterministic Motion Control & Edge AI Systems
    • Power Integrity for High Performance Measurement Systems
    • Open RAN 5G Radio Design: SDR SoCs for Energy-Efficient, Secure Deployments
    View All Webinars
  • Community Hub

    Challenge Yourself!

      KCC's Quizzes AQQ301 - Counting Bicycles and Tricycles

      1. Quote of the month: " People who didn't need people needed people around to know that they were the kind of people who didn't need people" - Terry Pratchett...

    View All

    What's Brewing

      Read a Blog, Take this Quiz for Another Chance to Win a Gift Card!

      Important: Read the blog first . The quiz questions are all based on the content of the blog: Taming the AI Power Storm: Part 2 of 3 Test your...

    View All

    Places

    • Community Help
    • Analog Dialogue Quiz
    • Logic Lounge
    • Super User Program

    Resources

    • EZ Code of Conduct
    • EZ How To Help Articles
    • Getting Started Guide
    • ADI: Words Matter
    • Community Help Videos
    View All
  • ContentZone

    Visit ContentZone

    Search content by industry or technology.
    • Blogs
    • Technical Articles
    • Tutorials
    • Videos
    • Webinars
    Your ADI content all in one place.
    View ContentZone

    The Latest Read

    JESD204 Bring-Up: From Link-Up to Data Integrity

    This blog presents a structured bring-up methodology for the ZCU102 + ADRV9009 platform, stepping through each initialization phase in sequence and identifying...

    New Release

    Signal Chain Designer: DC Error Simulation
    Signal Chain Designer: DC Error Simulation

    This video covers the DC error calculation capabilities of Signal Chain Designer. DC error is unique in that often requires calibration and has so many...

    Recent Technical Insights

    Latest Technical Article from Analog.com
    Phase Sync in Digital Phased Arrays Through Direct RF SamplingPart 2: Achieving Phase Repeatability

    This article discusses a methodology to synchronize multiple modular circuit boards, equipped with high speed data converters, to build a concept of a...

EngineerZone
EngineerZone
Precision ADCs
  • Log In
  • User
  • Site
  • Search
OR
Ask a Question
Precision ADCs
  • Data Converters
Precision ADCs
Documents AD7793: ID register
  • Q&A
  • File Uploads
  • FAQs/Docs
  • Help Articles
  • Members
  • Tags
  • Cancel

Products Mentioned

AD7794 Production
The AD7794/AD7795 are low power, low noise, complete analog front ends for high precision measurement applications. They contain a low noise, 24-/16-bit...
Datasheet
AD7794 on Analog.com

AD7792 Production
The AD7792/AD7793 are low power, low noise, complete analog front ends for high precision measurement applications. The AD7792/AD7793 contain a low noise...
Datasheet
AD7792 on Analog.com

Associated Drivers

AD7793 Production
The AD7792/AD7793 are low power, low noise, complete analog front ends for high precision measurement applications. The AD7792/AD7793 contain a low noise...
Datasheet
AD7793 on Analog.com

Associated Drivers

AD7798 Production
The AD7798 / AD7799 are low power, low noise, complete analog front ends for high precision measurement applications. The AD7798 / AD7799 contains a low...
Datasheet
AD7798 on Analog.com

Associated Drivers

Table of Contents
  • +Documents
  • +General: FAQ
  • +AD1139: FAQ
  • +AD7091R Conversion Result Change
  • +AD1556: FAQ
  • +AD1580: FAQ
  • +AD1582: FAQ
  • +AD2S1200: FAQ
  • +AD2S1205: FAQ
  • +AD2S1210: FAQ
  • +AD2S75: FAQ
  • +AD2S80: FAQ
  • +AD2S80A: FAQ
  • +AD2S82A: FAQ
  • +AD2S83: FAQ
  • +AD2S90: FAQ
  • +AD2S99: FAQ
  • +AD4110-1: FAQ
  • +AD411x: FAQ
  • +AD5940: FAQ
  • +AD598: FAQ
  • +AD650: FAQ
  • +AD652: FAQ
  • +AD654: FAQ
  • +AD7091: FAQ
  • +AD7091R-X: FAQ
  • +AD711: FAQ
  • +AD7124-4: FAQ
  • +AD7124-8: FAQ
  • +AD7134: FAQ
  • +AD713: FAQ
  • +AD7142: FAQ
  • +AD7147: FAQ
  • +AD7148: FAQ
  • +AD7150: FAQ
  • +AD7151: FAQ
  • +AD7175-2: FAQ
  • +AD7176-2: FAQ
  • +AD7176: FAQ
  • +AD717x: FAQ
  • +AD7190: FAQ
  • +AD7192: FAQ
  • +AD7193: FAQ
  • +AD7195: FAQ
  • +AD719x: FAQ
  • +AD7265: FAQ
  • +AD7266: FAQ
  • +AD7280: FAQ
  • +AD7291: FAQ
  • +AD7298: FAQ
  • +AD7305: FAQ
  • +AD7321: FAQ
  • +AD7323: FAQ
  • +AD7328: FAQ
  • +AD7366-5: FAQ
  • +AD7367: FAQ
  • +AD736ARZ: FAQ
  • +AD737: FAQ
  • +AD738x : FAQ
  • +AD7398: FAQ
  • +AD7400A: FAQ
  • +AD7401: FAQ
  • +AD7403: FAQ
  • +AD74111: FAQ
  • +AD7415: FAQ
  • +AD7416: FAQ
  • +AD7417: FAQ
  • +AD7418: FAQ
  • +AD7450: FAQ
  • +AD7475: FAQ
  • +AD7484: FAQ
  • +AD7490: FAQ
  • +AD7492: FAQ
  • +AD75019: FAQ
  • +AD7503: FAQ
  • +AD7541A: FAQ
  • +AD7546: FAQ
  • AD7547: FAQ
  • +AD7568: FAQ
  • +AD7578: FAQ
  • +AD7606-4: FAQ
  • +AD7606: FAQ
  • +AD7606B: FAQ
  • +AD7606C: FAQ
  • +AD7608: FAQ
  • +AD7616 FAQ
  • +AD7616-P: FAQ
  • +AD7621: FAQ
  • +AD7625: FAQ
  • +AD7626: FAQ
  • +AD7631: FAQ
  • +AD7653: FAQ
  • +AD7654: FAQ
  • +AD7655: FAQ
  • +AD7656: FAQ
  • +AD7657-1: FAQ
  • +AD7663: FAQ
  • +AD7674: FAQ
  • +AD7675: FAQ
  • +AD7678: FAQ
  • +AD7682: FAQ
  • +AD7683: FAQ
  • +AD7684: FAQ
  • +AD7685: FAQ
  • +AD7688: FAQ
  • +AD7689: FAQ
  • +AD7690: FAQ
  • +AD7691: FAQ
  • +AD7705: FAQ
  • +AD7706: FAQ
  • +AD7707: FAQ
  • +AD7708: FAQ
  • +AD7709: FAQ
  • +AD7710: FAQ
  • +AD7711A: FAQ
  • +AD7712: FAQ
  • +AD7713: FAQ
  • +AD7714: FAQ
  • +AD7714YN: FAQ
  • +AD7715: FAQ
  • +AD7716: FAQ
  • +AD7718: FAQ
  • +AD7719: FAQ
  • +AD7720: FAQ
  • +AD7722: FAQ
  • +AD7725: FAQ
  • +AD7730: FAQ
  • +AD7731: FAQ
  • +AD7732: FAQ
  • +AD7738: FAQ
  • +AD7740: FAQ
  • +AD7741: FAQ
  • +AD7745: FAQ
  • +AD7746: FAQ
  • +AD7747: FAQ
  • +AD7760: FAQ
  • +AD7763: FAQ
  • +AD7766: FAQ
  • +AD7768: FAQ
  • +AD777x: FAQ
  • +AD7780: FAQ
  • +AD7785: FAQ
  • +AD7787: FAQ
  • +AD7788: FAQ
  • +AD7790: FAQ
  • +AD7792: FAQ
  • -AD7793: FAQ
    • AD7793: SPI Communication Issues
    • AD7793: Continous conversion mode
    • AD7793: Digital reading
    • AD7793: external bias voltage connection to thermocouple
    • AD7793: ID register
    • AD7793: Sample rates
    • AD7793: Current output compliance voltage and impedance
    • AD7793: Will the AD7793 ADC continue to sample when the CS is disabled?
    • We clock the AD7793 with an external 128kHz clock which is derived from the microcontrollers clock.
    • Measure current/voltage/resistance using an ADC
    • AD779: How to calculate the internal temperature of the AD7793?
  • +AD7794: FAQ
  • +AD7795: FAQ
  • +AD7798: FAQ
  • +AD7799: FAQ
  • +AD7805: FAQ
  • +AD7808: FAQ
  • +AD7809: FAQ
  • +AD780: FAQ
  • +AD7811: FAQ
  • +AD7812: FAQ
  • +AD7817: FAQ
  • +AD7819: FAQ
  • +AD7821: FAQ
  • +AD7825: FAQ
  • +AD7829: FAQ
  • +AD7835: FAQ
  • +AD7849: FAQ
  • +AD7851: FAQ
  • +AD7854: FAQ
  • +AD7856: FAQ
  • +AD7858: FAQ
  • +AD7859: FAQ
  • +AD7864: FAQ
  • +AD7865 : FAQ
  • +AD7872: FAQ
  • +AD7874: FAQ
  • +AD7879: FAQ
  • +AD7887: FAQ
  • +AD7888: FAQ
  • +AD7891-1: FAQ
  • +AD7891: FAQ
  • +AD7893-2: FAQ
  • +AD7895: FAQ
  • +AD7896: FAQ
  • +AD7899: FAQ
  • +AD7912: FAQ
  • +AD7921: FAQ
  • +AD7924: FAQ
  • +AD7927: FAQ
  • +AD7938: FAQ
  • +AD7942: FAQ
  • +AD7949: FAQ
  • +AD7960: FAQ
  • +AD7961: FAQ
  • +AD797: FAQ
  • +AD7980: FAQ
  • +AD7982: FAQ
  • +AD7984: FAQ
  • +AD7986: FAQ
  • +AD7988-1: FAQ
  • +AD7993: FAQ
  • +AD7994: FAQ
  • +AD7997: FAQ
  • +AD7998: FAQ
  • +ADA2200: FAQ
  • +ADAS1000: FAQ
  • +ADAS3022: FAQ
  • +ADAS3023: FAQ
  • +ADC: FAQ
  • +ADVFC32: FAQ
  • +EVAL-AD7719-EB: FAQ
  • +EVAL-ADAS3022EDZ: FAQ
  • +RDC1740: FAQ
  • +AD4030-24: FAQ
  • +AD4114: FAQ
  • +AD4116: FAQ
  • +AD4130-8 FAQ
  • +AD4131-8: FAQ
  • +AD4134 FAQ
  • +AD4170: FAQ
  • +AD4858
  • +AD674BBD: FAQ
  • +AD7172-2: FAQ
  • +AD7175-8: FAQ
  • +AD7191: FAQ
  • AD73360: FAQ
  • +AD73360AR: FAQ
  • +AD73360L: FAQ
  • +AD7357: FAQ
  • +AD7386-4: FAQ
  • +AD738x-4: FAQ
  • AD7398 SPI Voltage vs VCC
  • +AD7457: FAQ
  • +AD7606C-16: FAQ
  • +AD7609: FAQ
  • +AD7656-1: FAQ
  • AD7660: FAQ
  • +AD7665: FAQ
  • +AD7680: FAQ
  • +AD7686: FAQ
  • +AD7764: FAQ
  • +AD7778: FAQ
  • AD7892: FAQ
  • +AD7980SRMZ-EP: FAQ
  • +AD7991: FAQ
  • +AD9243: FAQ
  • +AD9260: FAQ
  • +AD9261: FAQ
  • +AD9262: FAQ
  • +AD974: FAQ
  • +AD976A: FAQ
  • +AD977A: FAQ
  • +ADAQ4003: FAQ
  • +ADAQ7768-1: FAQ
  • +ADAQ8092 FAQ
  • +DC590, DC2026, QuikEval: FAQs
  • +EVAL-AD7768-4FMCZ: FAQ
  • +Legacy LTC - Sigma Delta ADCs FAQ
  • +LTC2408: FAQ
  • +LTC2497: FAQ
  • +MAX1028: FAQ
  • +MAX1036: FAQ
  • +MAX1037EKA+: FAQ
  • +MAX11040GUU+: FAQ
  • +MAX11043: FAQ
  • +MAX11045: FAQ
  • +MAX11046 16-BIT AD: FAQ
  • +MAX11048: FAQ
  • +MAX11100EUB+: FAQ
  • +MAX11101: FAQ
  • +MAX11103: FAQ
  • +MAX11108: FAQ
  • MAX11125: FAQ
  • +MAX11125ATI+: FAQ
  • +MAX11130: FAQ
  • +MAX11131ATI+: FAQ
  • +MAX11136ATI+: FAQ
  • +MAX11150EVKIT#: FAQ
  • +MAX11154: FAQ
  • MAX11156: FAQ
  • +MAX11156ETC+: FAQ
  • +MAX11158: FAQ
  • +MAX11163: FAQ
  • +MAX11168EUB+: FAQ
  • +MAX11169EUB+: FAQ
  • +MAX11190: FAQ
  • +MAX11190ATE+: FAQ
  • MAX11192: FAQ
  • +MAX11192EVKIT#: FAQ
  • +MAX11200: FAQ
  • +MAX11200EEE+: FAQ
  • +MAX11201: FAQ
  • +MAX11203EEE+: FAQ
  • +MAX11206: FAQ
  • +MAX11207EEE+: FAQ
  • MAX11210: FAQ
  • +MAX11210EEE+: FAQ
  • +MAX11213EEE+T: FAQ
  • MAX11214: FAQ
  • MAX11214EUG+: FAQ
  • +MAX11214EUG+_T1: FAQ
  • +MAX11216: FAQ
  • +MAX11254ATJ+: FAQ
  • +MAX11254EVKIT#: FAQ
  • +MAX11259AWX+T: FAQ
  • +MAX11259PMB#: FAQ
  • +MAX11261BOB#: FAQ
  • +MAX11261ENX+: FAQ
  • +MAX11270EUG+: FAQ
  • +MAX11337ATJ+: FAQ
  • +MAX11410ATI+: FAQ
  • +MAX11608: FAQ
  • +MAX11609EEE+: FAQ
  • +MAX11612EUA+: FAQ
  • +MAX11612EVSYS: FAQ
  • +MAX11614EEE+: FAQ
  • +MAX11615EEE+C78: FAQ
  • +MAX11615EWE+: FAQ
  • +MAX11616EEE+: FAQ
  • +MAX11617EWE+: FAQ
  • +MAX11625: FAQ
  • +MAX11629EEE+: FAQ
  • +MAX11645EWC+T: FAQ
  • +MAX11647EUA+: FAQ
  • +MAX11900: FAQ
  • MAX11905: FAQ
  • +MAX11905EVKIT#: FAQ
  • +MAX1202AEAP+: FAQ
  • +MAX1220: FAQ
  • +MAX1229: FAQ
  • +MAX1230BCEG+: FAQ
  • +MAX1231AEEG+: FAQ
  • +MAX1239EEE+: FAQ
  • +MAX1239KEEE+: FAQ
  • +MAX1239LEEE+: FAQ
  • +MAX1258: FAQ
  • +MAX1271ACNG+: FAQ
  • MAX1300: FAQ
  • +MAX1300BEUG+: FAQ
  • +MAX1301AEUP+: FAQ
  • +MAX13171: FAQ
  • +MAX13204EALT+: FAQ
  • MAX1343: FAQ
  • +MAX1343BETX+: FAQ
  • +MAX13487: FAQ
  • +MAX13488: FAQ
  • +MAX1379ATP+: FAQ
  • +MAX1383: FAQ
  • +MAX1447ECJ+: FAQ
  • MAX14571: FAQ
  • +MAX14571EUD+: FAQ
  • MAX14574EWL+: FAQ
  • +MAX14574EWL+T: FAQ
  • +MAX14578: FAQ
  • +MAX14579EEVKIT#: FAQ
  • +MAX14588ETE+T: FAQ
  • +MAX145ACPA+: FAQ
  • +MAX1474: FAQ
  • +MAX14783: FAQ
  • +MAX14805: FAQ
  • +MAX14807ECB+: FAQ
  • +MAX14900D: FAQ
  • +MAX15090BEWI+: FAQ
  • +MAX1645AEEI+: FAQ
  • +MAX16600GGN+: FAQ
  • +MAX17823AGCB+: FAQ
  • MAX17823AGCB/V+: FAQ
  • +MAX17823AGCB/V+T: FAQ
  • +MAX17823GCB+: FAQ
  • +MAX182BEWI+T: FAQ
  • +MAX19777AZA+: FAQ
  • +MAX31865: FAQ
  • +MAX31865AAP+: FAQ
  • +Precision Technology Learning Modules
  • Programming FMC FRU ID EEPROM on Linux

AD7793: ID register

Question

I have just started to use your new ad7793. I succes me to read the contents
of ID register to 0x4B. In the data sheet page 18 of 32 is the
Identification number for ad7793 0xXB. what are X stand for.

My next guestions is about how to setup the ad7793. There are no guideline or a
flowchar which show how to use it. Can you support me with some example on how
to do it.

Answer

The X stands for the revision ID number. The last 4 bits are always fixed so
this identifies whether the silicon is the AD7792, AD7793, AD7794, AD7798 or
AD7799. The 4 digits described as X in the datasheet vary with silicon rev.
On the released AD7793, X equals 4 which is equivalent to the second rev of
silicon. All released AD7793 devices will be rev 2 silicon.

We do not have code for the AD7793. However, the procedure will be the same as
with our other ICV products

1) After power up, perform a RESET.
2) Write to the control registers on the ADC to set up the operating conditions
for the device (gain, update rate, etc)
3) With CS low, the DOUT/RDY pin will go low when a conversion is available.

Tags: precision adcs Multiplexed A/D Converters ad7792 ad7794 ad7793 5D1X2720 ad7798 Precision A/D Converters Show More
  • Share
  • History
  • Cancel
 
Related Content
  • AD7793 CS
    avinoamd3
    Using AD7793, What is the logic level of DOUT pin when CS is high.
  • Help with Ad7793 code
    imdahisaria
    Hello I am using the AD7793 ADC for the first time. I am also using the EVAL board . I have downloaded the generic C codes too. I am not able to receive the data from AD7793. I want to interface the AD7793...
  • Designing a temperature controller board using AD7793 and TM4C1294
    Tanvi
    For the temperature controller board(TM4C1294) using AD7793, we have done the below mentioned connections: SCK of AD7793 connected to PA2 of board. DIN of Ad7793 connected to PA4 of board. DOUT OF...
 
Related Content
  • AD7793 CS
    avinoamd3
    Using AD7793, What is the logic level of DOUT pin when CS is high.
  • Help with Ad7793 code
    imdahisaria
    Hello I am using the AD7793 ADC for the first time. I am also using the EVAL board . I have downloaded the generic C codes too. I am not able to receive the data from AD7793. I want to interface the AD7793...
  • Designing a temperature controller board using AD7793 and TM4C1294
    Tanvi
    For the temperature controller board(TM4C1294) using AD7793, we have done the below mentioned connections: SCK of AD7793 connected to PA2 of board. DIN of Ad7793 connected to PA4 of board. DOUT OF...
analog-devices logo

About Analog Devices

  • Who We Are
  • Careers
  • Newsroom
  • What We Do (Signals+)
  • Investor RelationsExternalLink
  • Quality & Reliability
  • Sales and Distribution
  • What's New on Analog.com
  • Contact Us

Find Help

  • Support
  • Resources
  • WikiExternalLink
  • Analog Dialogue
  • ADI Developer PortalExternalLink

myAnalog

Interested in the latest news and articles about ADI products, design tools, training, and events?

Go to myAnalog
  • Instagram page
  • Twitter page
  • Linkedin page
  • Youtube page
  • Facebook
  • Legal and Risk
  • Accessibility
  • Privacy Policy
  • Privacy Settings
  • Cookie Settings

©2026 Analog Devices, Inc. All Rights Reserved

analog-devices

About Analog Devices

Down Up
  • Who We Are
  • Careers
  • Newsroom
  • What We Do (Signals+)
  • Investor RelationsExternalLink
  • Quality & Reliability
  • Sales and Distribution
  • What's New on Analog.com
  • Contact Us

Find Help

Down Up
  • Support
  • Resources
  • WikiExternalLink
  • Analog Dialogue
  • ADI Developer PortalExternalLink

myAnalog

Interested in the latest news and articles about ADI products, design tools, training, and events?

Go to myAnalog
Instagram page Facebook Twitter page Linkedin page Youtube page
  • Legal and Risk
  • Accessibility
  • Privacy Policy
  • Privacy Settings
  • Cookie Settings

©2026 Analog Devices, Inc. All Rights Reserved