I'm always looking to build my skills through practical experience.
These projects represent some of my interests, and sometimes they exist to
solve a problem I'm having. Most of the time its just because I think something is cool.
Ever wondered what the current waveforms of your project looked like? Use this direct attach device to gain new insights into your device.
Swap out your LDO for a switcher today, with these designs for a modern take on the TO-220 mounted LM1117 and 78xx series LDO regulators.
A development board based on the Espressif ESP32-S2
This board is designed to allow easy wifi accesibility with a low power and low cost microcontroller.
A board to convert old laptop/DC power supplies into USB Power Delivery compliant sources.
This is designed to reduce on e-waste, by allowing old chargers to be used to power modern devices up to 100W.
A board to negotiate USB Power Delivery contracts and output them on solder points. Small enough to hide in a cable (11x13mm).
This is designed to allow simple projects to be powered from USB PD bricks and batteries at up to 100W (20V@5A) while being discretely placed in a cable.
A board to negotiate USB Power Delivery contracts and output them on a standard screw terminal.
This is designed to allow simple projects to be powered from USB PD bricks and batteries at up to 100W (20V@5A).
A pair of NearField probes with an integrated LNA. To be used with an SA or oscilloscope (FFT).
Separate E and H field probes, capable of being powered from the USB port on an oscilloscope.
I've wanted a JBC soldering station for while now, however as a student it's pretty hard to justify the cost.
So instead, I designed this. A PCB that can drive a JBC C245 handle/cartridge from a USB PD Power supply!
It also has lots of RGB because why not? :)