Extended ADC Shield - 16 Bit
Detalles
- BrandMayhew Labs
- Number of Channels16
- UPC635040975089
- ManufacturerMayhew Labs
Descripción
🔧 Elevate Your Projects with Precision!
- SEAMLESS INTEGRATION - Compatible with Arduino, complete with library and example code for quick setup.
- DYNAMIC VOLTAGE RANGES - Easily switch between multiple input ranges to suit your project needs.
- HIGH SPEED PERFORMANCE - Experience rapid data acquisition with a sampling rate of up to 100 ksps.
- CUSTOMIZABLE COMMUNICATION - Select between 5V or 3.3V SPI levels for tailored connectivity.
- VERSATILE INPUT CONFIGURATIONS - Choose between single-ended or differential modes for ultimate flexibility.
The Extended ADC Shield - 16 Bit offers a robust solution for high-resolution data acquisition, featuring versatile input configurations, dynamic voltage ranges, and seamless integration with Arduino platforms. Perfect for engineers and hobbyists looking to enhance their projects with precision and speed.
Reseñas
A**.
Finally!!!
I have been waiting for shield like this for a long time... Something simple, with high resolution, with differential or single ended measurement modes, and a bipolar/unipolar 5v or 10v range. Perfect for most data acquisition needs. It's true that you can always buy your own ADC and slap it on a protoboard and write up a library, but this is much cleaner and way more simple. The library is very straightforward and easy to use. You can get up to 100khz sample rates on a single channel. Also, switching between channels is still pretty quick, not a 100khz for sure, but maybe 1khz? (I'm guessing based on what I saw in the terminal and am too lazy to go program a test right now =) ) Regardless, I can tell you that the aggregate sample rate is much better than the other low cost Arduino ADC retail products I have seen so far. Very pleased!
A**R
Two Stars
ADC works fine. Causes problems outputting a signal. Very little support or tutorial online for troubleshooting. Would not recommend.
T**T
Works exactly as expected.
I've had great results with this board, but be aware that if you use a YUN the Ethernet and USB connectors will interfere. You'll need to space the board up taller, or remove those connectors from the YUN, even with trimming the pins on the ADC board.
R**T
Five Stars
Worked good for the project I needed. No issues
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