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  1. EVAL-ADG5401F
    Evaluation Board & Kit
    The EVAL-ADG5401FEBZ evaluation board for the ADG5401F features one SPST switch channel and one feedback switch channel. The ADG5401F SPST switch has overvoltage detection and protection circuitry on the source pins (S and SFB) on Terminal J2 and is protected against signals up to ±60 V in the powered state and unpowered state. Figure 1 shows the EVAL-ADG5401FEBZ in a typical evaluation setup. The ADG5401F is soldered to the center of the EVALADG5401FEBZ …
    EVAL-ADG5401F

    Documentation

  2. EVAL-ADXL1003
    Evaluation Board & Kit
    The EVAL-ADXL100xZ is a simple evaluation board that allows users to quickly evaluate the performance of the ADXL1003 vibration sensor. The EVAL-ADXL100xZ is designed to mount on to a mechanical shaker and is constructed of an extra thick PCB, measuring 0.8" × 0.8". Screw holes are supplied for rigid mounting to the shaker block. This design allows users to evaluate the full performance range of the ADXL1003 vibration sensor without needing to …
    EVAL-ADXL1003

    Documentation

  3. EVAL-ADA4571
    Evaluation Board & Kit
    The EV-ADA4571RSDZ evaluation board features the ADA4571 in an end of shaft magnet configuration. The evaluation kit is composed of an ADA4571 motherboard, a magnetic stimulus on a hand turnable mount, a USB interface, and an SDP-S controller board. The required LabVIEW 2015 graphical user interface (GUI) software for Windows® is available for download from the EV-ADA4571RSDZ product page. The EV-ADA4571RSDZ evaluation board features an on-board 5 V regulator …

    Documentation

  4. EVAL-ADRF5717
    Evaluation Board & Kit
    The ADRF5717 is a 2-bit digital attenuator with 48 dB attenuation range manufactured in the silicon on insulator (SOI) process. This user guide describes the ADRF5717-EVALZ evaluation board, which is designed to simply evaluate the features and performance of the ADRF5717. A photograph of the evaluation board is shown above. For full details on the ADRF5715, see the ADRF5715 data sheet, which should be consulted in conjunction with this user guide when using …
    EVAL-ADRF5717

    Documentation

  5. EVAL-AD5753
    Evaluation Board & Kit
    This user guide explains how to use the EVAL-AD5753SDZ to evaluate the AD5753, a single-channel, 16-bit voltage and current output, digital-to-analog converter (DAC) with on-chip positive and negative dynamic power control (DPC) that minimizes package power dissipation. The EVAL-SDP-CS1Z system demonstration platform (SDP-S) board is required when using the EVAL-AD5753SDZ board. The EVAL-AD5753SDZ (see Figure 1) interfaces to the USB port of the PC …
    EVAL-AD5753

    Documentation

  6. EVAL-HMC891A
    Evaluation Board & Kit
    All RF traces are routed on Layer 1 (primary side) and the remaining three layers are ground planes that provide a solid ground for RF transmission lines. The top dielectric material is Rogers 4350, which offers low loss performance. The prepreg material in Layer 2 attaches the Isola 370HR core layer with copper traces layers above and below the core layer. Both prepreg material and the Isola 370HR core layer are used to achieve the …
    EVAL-HMC891A

    Documentation

  7. EVAL-HMC892A
    Evaluation Board & Kit
    All RF traces are routed on Layer 1 (primary side), and all other layers are ground planes that provide a solid ground for RF transmission lines. The top dielectric material is Rogers 4350, offering low loss performance. The preimpregnated (PREPREG) material in Layer 2 sticks the Isola 370HR with copper trace layers above and below together. Both the PREPREG material and the Isola 370HR core layer are used to achieve required board finish thickness.
    EVAL-HMC892A

    Documentation

  8. EVAL-HMC890A
    Evaluation Board & Kit
    All RF traces are routed on Layer 1 (primary side), and all other remaining layers are ground planes that provide a solid ground for RF transmission lines. The top dielectric material is Rogers 4350, offering low loss performance. The prepreg material in the middle sticks core layers together, which includes an Isola 370HR layer with copper traces above and below. Both the prepreg material and the Isola 370HR core layer are used to achieve required …
    EVAL-HMC890A

    Documentation

  9. EVAL-CM40X-EZLITE
    Evaluation Board & Kit
    The ADSP-CM40x mixed-signal control processor family is based on the ARM®Cortex®-M4 core and is designed for motor control and industrial applications. The ADSP-CM40x Evaluation Hardware provides a low cost hardware solution for evaluating the Analog Devices ADSP-CM40x mixed-signal control processor family, and consists of the ADSP-CM403F and ADSP-CM408F EZ-Boards™, J-LINK LITE ARM debug probe from Segger and optional probing boards .   The …
    EVAL-CM40X-EZLITE

    Documentation

  10. EVAL-ADuCM355
    Evaluation Board & Kit
    The ADuCM355 on-chip system provides the features needed to bias and to measure a range of different electrochemical sensors. The EVAL-ADuCM355QSPZ allows users to evaluate the performance of the ADuCM355 when implementing a range of different electrochemical techniques, including chronoamperometry, voltammetry, and electrochemical impedance spectroscopy (EIS). Complete specifications for the ADuCM355 are available in the ADuCM355 data sheet, which must be consulted in conjunction with the EVAL-ADuCM355QSPZ user guide when using the …
    EVAL-ADuCM355

    Documentation

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Results on EngineerZone

789,925
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    1. Reading zeros for 150ms after power-on

      Forum Thread
      Answered
      High-Speed ADCs
      14 June, 2025
      After powering on and setting initial SPI registers, I get all zeros from AD9637 for about 150ms. The sample clock is a 65MHz LVDS oscillator, and clock divider register set to 4 for 16.25MSPS. I tried reading back all SPI registers in a loop after powering on, and after …
      hardwaread9637High Speed A/D Converters &gt;10 MSPSStandard High Speed A/D Converters

    2. Lack of available information

      Forum Thread
      Answered
      Power Management
      13 June, 2025
      The current revision of the MAX25500 datasheet lacks almost all important information about the component. How should one obtain it?
      Datasheet/SpecsMAX25500LED Driver Support FunctionsLED Driver IC

    3. About USB comploance test for DEVICE using MAX77958.

      Forum Thread
      Answered
      Interface and Isolation
      13 June, 2025
      I understand that the MAX77958 is an IC that operates as a DRP. However, we will only use it as a SINK. Therefore we set it to [Consumer Only] in the Vendor Info File (VIF). At this time, the IC will behave as a DRP, causing some items to fail …
      Datasheet/SpecsMAX77958USB ProductsUSB Charger Detectors

    4. AD936x: Manual RX Gain Control Not Reflecting Set Value

      Forum Thread
      Answered
      Design Support AD9361/AD9363/AD9364
      12 June, 2025
      Hi, I am currently using the AD9361 No-OS codebase to evaluate the AGC (Automatic Gain Control) functionality, specifically focusing on manual mode. After successfully initializing the AD9361, I set the AGC to manual mode using the ad9361_set_rx_gain_control_mode API. I then attempted to set the …
      softwarenoosad93612021.2Wideband Transceiver ICRF Integrated Transceivers

    5. ADRV9002 frequency hopping pointer

      Forum Thread
      Answered
      Design Support ADRV9001 – ADRV9007
      11 June, 2025
      I started SDR project with ADRV9002. I am using frequency hopping for sweep procedure. Question 1: How do I ensure the first hop always starts from Table A, Row 1? Is there any kind of reset of internal hopping pointer? Question 2: Can I read actual internal hopping pointer?
      hardwareADRV9002frequency hoppingWideband Transceiver ICRF Integrated Transceivers

    6. Why is TES not setting the ADI_ADRV9001_INIT_CAL_RX_HPADC_RC during initial calibration ?

      Forum Thread
      Answered
      Design Support ADRV9001 – ADRV9007
      11 June, 2025
      From the description, it would appear that the ADI_ADRV9001_INIT_CAL_RX_HPADC_RC initial calibration option is a 'must have', and yet the code generated by TES does not use this option ?
      softwareADRV9004?Wideband Transceiver ICRF Integrated Transceivers

    7. Issue with Output Frequency in Down Converter Custom Design

      Forum Thread
      Answered
      RF and Microwave
      11 June, 2025
      Dear Team We have developed a custom design utilizing the LTC5552, with an RF input at 14 GHz and an LO input at 15 GHz. The expected output is around 1 GHz in differential mode (i.e., IF+ and IF-). However, instead of observing the expected 1 GHz intermediate frequency …
      LTC5552Phase ShifterssinglehardwareRF Mixersdoubleadar1000Beamformersdown converterand Vector Modulators

    8. What does the "&" symbol after the date code mean?

      Forum Thread
      Answered
      Interface and Isolation
      11 June, 2025
      What does the "&" symbol after the date code mean?
      Datasheet/Specsadm2483Digital Isolation TechnologyADM2483BRWZIsolated RS-485

    9. How to confirm a part Topmark of ADI/MAXIM brand?

      Forum Thread
      Answered
      How to Use EngineerZone
      11 June, 2025
      Hi ! I am new here! Is there any website or documents i can confirm the a part's topmark or confirm part number from a ADI topmark?

    10. Can AD7606C-16 be a drop-in replacement of AD7606C-18

      Forum Thread
      Answered
      Precision ADCs
      10 June, 2025
      The current design uses AD7606C-18 chips with 8 DOUT lines serial interface. Due to availability issue, we would like to know if an AD7606C-18 can be replaced with an AD7606C-16 without changing the firmware when reading the ADC data. i.e. would sending 18 SCLK clocks when …
      ad7606C-16hardwareSimultaneous Sampling A/D ConvertersPrecision A/D Converters

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