Shared Projects

This is a USB type C jack that I specifically designed for Gameboy Pocket to wire to a lipo charging module. You need to solder it directly to the motherboard and replacing the DC jack connector, allowing you to have a better look on your build and get more room on the battery compartment. Can be charged with any USB-C charger safely, the jack board has a circuit on it that only provides 5v max input.

Instructions: USB-C BOARD. 1.- Solder 5.1k ohm resistors 0603 size to R1 and R2. 2.- Place and solder a USB-C 6 pin female jack to the board, you can bend the front anker pins so they can fit on the board or trim those ones. The USB-C port that you need should look like this one: https://aliexpress.com/item/4001054493231.html?spm=a2g0o.productlist.0.0.61233a56aRLM7o&algo_pvid=11ce47ef-8b4e-459f-82dd-ff9aaf936088&aem_p4p_detail=202111082245423538519152746340044004769&algo_exp_id=11ce47ef-8b4e-459f-82dd-ff9aaf936088-7&pdp_ext_f=%7B%22sku_id%22%3A%2210000013821822616%22%7D

GAMEBOY POCKET MOTHERBOARD. 1.- Remove the DC input connector from the motherboard. 2.- Clean the pads. 3.- Place the USB-C JACK BOARD to the Gameboy motherboard and solder the pads on the bottom of the board correctly. If you don’t solder the bottom pads to the Gameboy mother board the Gameboy WONT WORK. 4.- Solder the pads on the top of the board to the corresponding Positive (+) and negative (-) pads of your lipo charging module. 5.- Enjoy.

Order it with 0.8mm thickness.

If you have any questions feel free to contact me on: https://linktr.ee/gg_customs_

This is a USB type C jack that I specifically designed for the Gameboy Color to wire to a lipo charging module. You need to solder it directly to the motherboard and replacing the DC jack connector, allowing you to have a better look on your build and get more room on the battery compartment. Can be charged with any USB-C charger safely, the jack board has a circuit that only provides 5v max input.

Instructions: USB-C BOARD. 1.- Solder 5.1k ohm resistors 0603 size to R1 and R2. 2.- Place and solder a USB-C 6 pin female jack to the board, you can bend the front anker pins so they can fit on the board or trim those ones. The USB-C port that you need should look like this one: https://aliexpress.com/item/4001054493231.html?spm=a2g0o.productlist.0.0.61233a56aRLM7o&algo_pvid=11ce47ef-8b4e-459f-82dd-ff9aaf936088&aem_p4p_detail=202111082245423538519152746340044004769&algo_exp_id=11ce47ef-8b4e-459f-82dd-ff9aaf936088-7&pdp_ext_f=%7B%22sku_id%22%3A%2210000013821822616%22%7D

GAMEBOY COLOR MOTHERBOARD. 1.- Remove the DC input connector from the motherboard. 2.- Clean the pads. 3.- Place the USB-C JACK BOARD to the Gameboy motherboard and solder the pads on the bottom of the board correctly. If you don’t solder the bottom pads to the Gameboy mother board the Gameboy WONT WORK. 4.- Solder the pads on the top of the board to the corresponding Positive (+) and negative (-) pads of your lipo charging module. 5.- Enjoy. OPTIONAL. You can also add wireless charging module to all the circuit, you just need to solder the positive and negative wires to the ones on top of the USB-C JACK board that are marked as “W+” and “W-“. You can order it with 1.6mm thickness or 0.8mm.

If you have any questions, feel free to contact me on: https://linktr.ee/gg_customs_

A simple video amplifier for composite video in a Famicom. Should also work fine in an NES Top Loader, but I haven’t tried it personally. Also includes a passthrough for audio, with a filter cap.

The solder points marked 20, 21, and 22 refer to pins on the PPU, and are ground, video, and 5 volts respectively. Audio can be taken from pin 46 on the cartridge connector.

50% duty oscillator. Complementary Outputs. uses mmbt7002dw

v2.0 Of The JouleTheif Mini Lamp for N4CN & the N4GCS school radio club. Designed by KN4DLY

Mussel Gape Tracker Revision F. This version allows the use of two different versions of the DS3231 real time clock, either a 16-SOIC or 8-SOIC footprint. This version is still software compatible with earlier revisions.

Single board for mounting Allegro A1395, A1393, A1391 Hall effect sensors. Requires one 10k ohm resistor (0603 size) and one 0.1 uF capacitor (0603 size). ‘SLP’ is the sleep line, ‘VOUT’ is the output signal.

Dual stage battery indicator for the Game Boy Pocket. Order as flex to ensure proper fit in all shells. Optional: use 4mm long section of 3mm diameter fiber optic tubing as a light pipe.

Assemble according to BOM:

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

Single board tactile button mod for the Game Boy Pocket. MUST ORDER IN FLEX.

Assemble according to the BOM:

This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.

Replacement power board for CGB/MGB/MGBC. Untested! 5V only, so it does not support original LCD displays.

All discrete parts (other than L1) are size 0603. Caps should be X5R/16V or better.

C1, C3, C4 = 10uF C2, C6 (?) = 1uF C5 = 10uF (if needed)

R1 = 1k (?) R2 = 1M (for TPS61200), 0 (for TPS61202) R3 = 110k (for TPS61200), open (for TPS61202)

L1 = 2.2uH

U2 = TPS61200 or TPS61202

Infineon 2EDS8265HXUMA2 Half Bridge Driver Board Has two onboard MOSFETs that lay on the backside upside down so they can be easily heat sinked. Solder mask areas removed for trace tinning.

The design is based on the diagram at the github repo. Instead of mounting all the components with glue at the bottom of the main PCB, this additional PCB is mounted using a mounting hole available at the PCB. The BOM is printed on the back of the PCB for easy reference.

This is a drop in replacement FRAM based memory card for the N64. It will fit in OEM Controller Pak housings or aftermarket housings with the same footprint.

PCB Thickness: 1.2mm

A simple test board for three voltage supplies, using the TPS63802 buck-boost converter. Ideally something like a 5V, 3.3V, and 2.5V supplies from one input.