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RoadTest Forum ROADTEST POLL - Would you be interested in Roadtest a MCU board with High-Precision On-Chip Analog Front End?
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Forum Thread Details
  • Replies 18 replies
  • Subscribers 2559 subscribers
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  • RTK0ESXB10C00001BJ
  • RX23e-a
  • roadtest survey
  • renesas
Related

ROADTEST POLL - Would you be interested in Roadtest a MCU board with High-Precision On-Chip Analog Front End?

rscasny
rscasny over 2 years ago

I've been speaking with a supplier who would like element14 to roadtest a MCU board. I'd like to gauge your interest. Here's some information about it and some documentation links:

imageSolution Starter Kit for RX23E-A MCU

Using the evaluation board (RSSK RX23E-A) equipped with RX23E-A and peripheral circuits for sensor measurement, and software that can be downloaded from the web, you can start analog characteristic evaluation immediately after purchasing the kit. By using this kit, it is possible to shorten the development period and bring it to market quickly.

About RX23E-A MCU

RX23E-A is a group from the RX MCU family with integrated high-precision analog front-end. Thanks to low noise and low drift of analog front-end features, the high-precision sensor measurement can be achieved with computation performance, system control, and communication in one chip. Refer to the RX23E-A product page for more detail.

RSSK Configuration and Evaluation Circuit

The kit consists of an evaluation board with the RX23E-A and peripheral circuits for sensor measurement, a K-type thermocouple, and is provided with the GUI and sample programs. These ready-to-use tools enable users to start evaluation of the A/D converter without hardware modification or software development.

The kit can be utilized to evaluate the measurements of thermocouples, RTD, and strain gauges, which are typical sensors in industrial equipment. Our evaluation of K-type thermocouples using the RSSK shows that the measured temperature error is within ±0.6°C under environments between -40°C and 85°C and the effective resolution is 19.4 bit, which means temperature deviation is equivalent to 0.0015°C at rms value. The measured temperature error, which is within the sensor error, validates the evaluation board as a reference design.

Documentation

RX23e-a datasheet 
Analog Front-End Mounted 32-bit Microcontroller Ideal for High Precision Sensing, Test and Measurement Equipment 

For more information

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Top Replies

  • michaelkellett
    michaelkellett over 2 years ago +3
    I voted no. The processor peripherals are interesting but it uses a proprietary core supported by expensive Renesas development tools. The competition (based on ARM M cores) is widely supported by…
  • baldengineer
    baldengineer over 2 years ago in reply to robogary +1
    Point an IR gun at the same point as the thermocouple. As long as they're different, you at least know the IR gun is wrong. (Joking, kinda.)
  • misaz
    misaz over 2 years ago in reply to michaelkellett +1
    I partialy agree with properietary core notice but disagree with adc note. Proprietary core can have benefits like better DSP/FPU instrctions in comparison with standard ARM Cores which could be very benefical…
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  • robogary
    robogary over 2 years ago

    It takes some perponderance how to validate that accuracy and the wide temperature range. How would I know if its wrong or non linear ? 

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  • robogary
    robogary over 2 years ago

    It takes some perponderance how to validate that accuracy and the wide temperature range. How would I know if its wrong or non linear ? 

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  • baldengineer
    baldengineer over 2 years ago in reply to robogary

    Point an IR gun at the same point as the thermocouple. As long as they're different, you at least know the IR gun is wrong.

    (Joking, kinda.)

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  • Gough Lui
    Gough Lui over 2 years ago in reply to robogary

    That's where testing it with a precision SMU may well be an answer ...

    - Gough

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