PC Engine Shuttle Installation Instructions
PC Engine/Turbo Duo Installation Instructions
An internal RGB, S-Video, Composite video and Audio modification for the Turbografx 16, PCEngine and CoreGrafx. As of Revision C, support has been added for audio from the Turbo Everdrive Pro.
Design is KiCad format and all files necessary to open the design and have it fabricated are present within the archive.
Installation Method (WORK IN PROGRESS!!):
PINOUT (For reference/Non-Expansion-Port Installs):
Remove resistors R134, R137, R138 and R156
Remove resistors R130-R132 and R134
Remove resistors R164-167
Remove resistor R145 (20 ohms)
Remove resistor R127 (20 ohms)
Remove resistor R147
Solder the TurboNanza over the expansion port pins as shown.
Solder the TurboNanza over the expansion port pins as shown.
Prepare the flex cable by tinning the pads as shown.
Solder the TurboNanza to the flex cable as shown. It's recommended to verify continuity. Place some kapton/polyimide tape over the exposed solder pads on the bottom of the flex cable to avoid shorting to the shielding.
Solder the TurboNanza/Flex Cable combo over the expansion port pins as shown (ignore 4 wires at this time).
When soldering the Y/B-Y/R-Y/Burst wires, try to use as close to the exact same length of wire as possible to maintain proper phase shift!
Solder wires from the points shown to the pads on TurboNanza (Do not remove R141, as previously directed. The Color Burst trace runs underneath and can easily sever. Leave R141 on and solder directly to the resistor pad)
Solder wires from the points shown to the pads on TurboNanza
Solder wires from the points shown to the pads on TurboNanza
Kits sold after 8/15/2023 now include a mounting board for the PCEngine. It is recommended to secure with two size M2 or 2-56 bolts/washers to allow for easy positioning.
Position the mount and loosely secure with screws/washers. The board may also be soldered - kapton/polyimide tape is recommended to position the board.
Place the DIN in the slot, and solder around the sides.
Solder the DIN FFC adapter to the DIN.
Kits without mounting board: scrape solder mask off of the area where the RF modulator resided. Align the DIN such that it JUST covers the front mounting hole of the RF port.
First, remove C162 (AC coupling capacitor for composite video - no longer necessary)
Scrape the solder mask off the copper on the left and right edges of the original DIN footprint as shown.
Solder the supplied mounting board to the mainboard.
Due to the cartridge PCB coming into contact with the DIN-FFC board, follow this procedure. First, place the DIN-FFC board on the DIN without soldering.
Put everything together as if reassembling - this will allow the cartridge PCB to tilt the DIN-FFC PCB.
Finally, solder the DIN-FFC in the resulting position.
Solder the mounting board using the plated through holes for the RF modulator. Align the DIN on the mounting board such that it aligns with the console shell opening and solder in place.
Remove the original DIN and scrape the soldermask approximately as shown.
Solder the mounting board as shown, aligning the center hole with the two ground through holes.
Mount the DIN and DIN board to the mount board.
On the bottom shell of the case, trim the 2 ribs where the expansion port opening sits. Do not re-install the original shielding. If your PC Engine has shielding that has two tabs that solder close to the EXP port pins, you will need to run a wire to where the shielding originally terminated.
Trim the RF shield such that the metal lip is not contacting the TurboNanza.
Like the PC Engine, trim the 2 ribs on the bottom shell where the expansion port opening is.