SS8050 transistor - SS8050CBU-ND
FYI, ebay's the way to go for this transistor.
http://www.ebay.com/itm/100-PCS-S8050D-S8050-8050-NPN-Transistor-NEW-TO-92-/Pay $4 bucks with shipping, get 100 pieces and have plenty to spare in case of other projects, etc. You must specify to the seller that you want the S8050, not the other 2 types listed.
S-video jack - CP-2840-ND
Fair warning on this female S-Video jack part: I bought the same one from markertek and it did NOT include the hexagonal nut as pictured in the photo! I had to make my own, a really improvised solution...
I found out a few weeks ago that the "bleeding" I was talking about only occurs on one of my monitor. Turns out that that monitor doesn't like the composite video through the cap for chroma. The bleeding was all gone when I removed the resistor mentionned in Drakon's variant of the mod. I thought this might interest some of you...
Hmm, that's good to know, so some monitors might not like the Chroma filtered out of a Composite signal via a simple capacitor. You might wanna think
about my idea here though of a switch instead of permanently breaking Composite support via resistor removal. A little more work, but better than permanently breaking it. It's based on what I did for my SNES:
So in the case of a TG-16/Turbo Duo, when the switch is in the C position (or Off), Luma is disconnected from the internal Composite circuit and all you're getting out of the yellow Composite output is a pure Chroma signal. When you disconnect your S-Video cable and need to go back to using Composite, you flip the switch and voila, it's back to working normally, etc. Note that modern TVs are phasing out S-Video support while still mostly maintaining Composite support, so you really don't want to permanently break it...
My trick above was so that I didn't need to drill a hole for a 4th yellow RCA jack. When it's in the C position, the green jack is outputting regular Composite. When it's in the opposite position, it's outputting pure Luma for use via a Component connection as intended, etc. I don't have a 'L' sticker to put there for 'Luma'. But anyway, you get the idea. You'd have a switch just like that next to your female S-Video output jack and the switch would interrupt a trace of the Luma signal; break the trace, connect 2 wires to both ends and to the switch. That's about it, just gotta find a good point to break/cut the trace. I hope this was a PC Engine with a normal sized resistor and not a surface mount one, or otherwise, I guess you probably broke it for good and didn't care at the time.