Congratulations to our winners who have experimented, tested, or built a circuit with the MAX40080 by Maxim Integrated, a high-precision, fast-response, bi-directional digital current-sense amplifier.
Hello everyone.
Today I received Grand Prize which I won in recently concluded Experimenting with Current Sense Amplifiers Design Challenge . It started with hand drawing schematic of experiment plans like on following photo almost three months ago…
While I had hoped to do more, unfortunately, because of time constraints arising from work commitments and the fact that the challenge is due to end, this will be the final blog in the series. It wouldn’t be a complete challenge if I didn’t get around…
We have completed the Experimenting with Current Sense Amplifiers Design Challenge, sponsored by Maxim Integrated - ADI, and featuring its MAX40080 Precision, Fast Sample-Rate, Digital Current-Sense Amplifier. Overall, we had 10 participants with 9 finishers…
Hello everyone.
I welcome you to my last summary blog part when I want to conclude this contest, summarize what I have done and summarize what I have learnt.
Blog Posts
As part of contest, I published 14 blog posts (+ this one). This is 7× more…
Hello everyone.
Today I received Grand Prize which I won in recently concluded Experimenting with Current Sense Amplifiers Design Challenge. It started with hand drawing schematic of experiment plans like on following photo almost three months ago.
...
We have completed the Experimenting with Current Sense Amplifiers Design Challenge, sponsored by Maxim Integrated - ADI, and featuring its MAX40080 Precision, Fast Sample-Rate, Digital Current-Sense Amplifier. Overall, we had 10 participants with 9 f...
There were some outstanding blogs written in this competition. Just a lot of good experiments. It's taken longer to decide on the winners. But we will have them announced this week. thank you for being patient.
Randall
--element14 Team
In my final post for this build, I'll share my working project and some thoughts I've had along the way.
What did I build?
Using the Current6Click current monitoring board mounted on a Pi3 Click Shield, and mounted on a RaspberryPi, I was abl...
Hello everyone.
I welcome you to my last summary blog part when I want to conclude this contest, summarize what I have done and summarize what I have learnt.
Blog Posts
As part of contest, I published 14 blog posts (+ this one). This is 7× more...
Hello everyone.
After reading last blog posts form other challengers, I felt some confusing with 6-bit values used when configuring overvoltage, undervoltage and overcurrent detection and accuracy of this detection. In fact all of this things are men...
Hello everyone,
In this blog, I would like to briefly describe how I will be using the current sense amplifier module to detect the anomaly in the drone. At various throttle levels, the current consumed by the motors ...
Hello everyone.
This is my last blog post (I am considering one more, but most probably I will not be able to write them before deadline) as part Experimenting with Current Sense Amplifiers Design Challenge. In next blog post I will post complete sum...
Rover Motor Control
Table of Contents
1. Introduction & Idea
2. Plan
Challenger Kit
ROS
Things I will be making
3. ROS
ROS structure
Installing ROS
4. Getting started with the MAX40080
Communicating with MAX40080
Configuring the MAX40080...
