Shared Projects

A rat-ratgdo board for the Wemos S2 mini that breaks out additional I2C/UART buses.

A small spot to wire a resistor. Mostly meant for FRC use cases.

Accepts SMD resistors, PTH resistors, as well as a 3x0.1" sockets/pins to be friendly with SparkMax connectors.

Has a 0.2"/5mm mounting hole for zipties, screws, or keychains.

Based on a design originally by duh102, this is a simple DIP adapter for the 051-2317-060 SOT23 test socket. I’ve made several improvements to the original breakout board design:

• Narrowed the DIP footprint to a standard 0.6" spacing for better socket compatibility
• Greatly improved and simplified the DIP pinout.
• Improved the silkscreen documentation
• Added a silkscreen list of various manufacturer aliases for compatible footprints (so as not to be confused with the very similar SOT363 or its many aliases)

I highly recommend ordering this board with the After Dark color option. All traces were routed on the top layer to hide them under the socket as much as possible and accentuate the white-on-black aesthetic.

Based on a design originally by duh102, this is a simple DIP adapter for the 052-0363-060 SOT363 test socket. I modified the footprint in the original design to accommodate a SOT363 socket instead and made several improvements to the original breakout board design:

• Narrowed the DIP footprint to a standard 0.6" spacing for better socket compatibility
• Greatly improved and simplified the DIP pinout.
• Improved the silkscreen documentation
• Added a silkscreen list of various manufacturer aliases for compatible footprints (so as not to be confused with the very similar SOT23 or its many aliases)

I highly recommend ordering this board with the After Dark color option. All traces were routed on the top layer to hide them under the socket as much as possible and accentuate the white-on-black aesthetic.

For XT60U-M and EEH-AZSV471UB

Select “2 oz copper, 0.8mm thickness” at checkout

An adapter for restoring trimmed TinyTendo CPU and PPUs to DIP40 packages.

Note: REAL NES chips from a real NES are required, clone chips cannot be used.

LiPo battery manager (charger and ON-OFF switch) add-on for Sasquatch development board.

Power switch based on the 555

This board is a clone of the Quad ESL-63 high voltage board. this generates the polarizing voltage for the panels and is a clone of the most recent circuit still used to this day on all the quad models.

A Circuit board that provides a zener bidirectional clamp protection for the Quad ESL-63 electrostatic loudspeaker. This is a clone of the most recent ESL-63 board design and this circuit continues to be used in all quad models to this day.

A PCB to replace the RF clamp and input on the Quad ESL-63 electrostatic loudspeaker. This board is a clone of the most recent ESL-63 input board design. It also incorporates the input cap and resistor on the back side of the board along with a film bypass cap.