Shared Projects by FrankStrasser

A simple pcb to add s video to your snes jr cleanly. Place the empty multiout holes from the pcb(the holes with no via metal rings) onto the rightmost pins on the snes multiout, there should be 1 row with no connection on the snes to the very left(last row of pins on snes multiout. Only solder the metal via pins on pcb to the snes multiout pins, then run 2 wires from the encoder(pin 12 chroma pin 17 luma) and run it to the right of the motherboard on top and around to the pcb on the back. the big cap is a 3528 tantalum 220uf cap, stripe facing the y pad(stripe is positive). the 3 other components are 0603 package. the resistor on the y line under the y pad is 75 ohm, the cap next to that under the c pad is .1uf, and the resistor closest to the multiout holes is also 75 ohm.

This board can be used 3 ways: s video, brightness fix, and or wireless rgb signal connection. Can use any combo and or all in one or any way you like. all components are 0603 package except the 220 uf 3528 tantalum cap the stripe needs to face the y pad on pcb(stripe is positve). the top row of resistors on top of board are all 75 ohm. The bottom row resistors(the 3 on the right, marked r g b) are all 1.5k ohm, then to the left of those are a .1 uf ceramic cap under c pad and a 75 ohm resistor under the y pad. For s video, take the two wires from the encoder(pin 12 chroma pin 17 luma) and send the wires to the right then wrap around the board to the pcb on back. For rgb and or brightness fix, line up the multiout holes on the pcb to the very right pins of the snes motherboard multiout. add solder to the left pad of c8 and c6 of the motherboard and the right pad of c7(the pcb should line up). solder those pads for rgb. For csync, add a cap leg into the via above r37 there are 3 holes its the rightmost hole(the pcb should line up) then solder it to the via on the pcb.

IMPORTANT: Order 1.6mil for the right height when using pin headers. This board goes on TOP of the motherboard. This is an adapter to solder a pluto hdmi board into a gamecube without using lots of wires. First, desolder the digital port like a normal pluto install. Then flush cut the pins on the next connector over so this fits flush across the area. Then fill the holes needed with nice solder blobs so the adapter will fit in place, including the ground pin on the next connector over for support if needed (the hole will line up) then solder pin headers in the adapters white holes long side up, then flush cut and tape the bottom of adapter. Then place the adapter over the holes and flow the holes with solder using a cap leg to help the flow. MAKE SURE the connections all have continuity before placing the pluto hdmi board on top and soldering in. You can also use cap legs in the holes for better connection if needed. You still need to solder one wire into the pluto hdmi board for the controller and for the power this adapter doesnt provide those.

a simple board to reroute the burst on a snes apu version to get rid of the horrible checkerboard pattern while preserving composite and s video. 0805 packages. Remove r59 r5 and c53 from the bottom of the snes and place them on my board or throw away and use fresh components. r59 is 4.7k r5 is 560 ohm c53 is .1uf. the via on my board is ground to be attached to a ground point on the snes and anchored in place on the motherboard top. Lift pin 3 of ppu2 (my board mistakenly says cpu pin 3) for best results. Any questions message me on twitter frankym2612

A hot pad to solder the din onto a genesis 1 for the triple bypass so you dont need to scrape the consoles ground pad