I have been following Pallav Aggarwal's blog since I noticed his posts on the #ch32v003. But I have really enjoyed seeing all the other content on there as well! This week, Pallav joined me on The Amp Hour to talk about #embeddedsystems and consulting on a variety of different projects. It's clear that his passion for technology and sharing his progress has carried him to the point he's at today, and we all get to follow along on his journey!
Got the rv003usb library building and working on my custom #ch32v003 board. Feels like magic. I haven't done much on boards for USB in the past, it's usually "follow the app note, use controlled impedance traces, hope the interface comes up, hand it to fw engineer."
Got my #ch32v003 starter boards up and working and communicating with one another. Pasted together some of the samples from the ch32v003fun library to try out GPIO, the included SPI based nRF24 library, and the I2C based OLED (ssd1306) output.
This week on The Amp Hour we discussed relativistic time differences, building with #riscv components (the #ch32v003), RF modules (#nrf24), silly consumer hardware, underwater electronics, and more!
A fully soldered board, three dozen wires later, worked from the first launch.
Not very surprising - I’m usually precise and methodical :) But I won’t show the other side, it’s very difficult to neatly solder all these wires. #diy#ch32v003#riscv#electronics
What's next? firmware? No!
Next I will design and print the enclosure for this thing. Well, because I haven’t printed in a while and because the last thing I want is to touch and damage one of this pile of wires🙃 #diy#ch32v003#riscv#electronics
Enclosure will be simple, but I'll try something new: I've never used heat inserts before🙃
I just need to figure out what diameter the holes should be. #diy#ch32v003#riscv#electronics