Originally Posted by Tomcomm (Post 3009814)

You still don't get it, do you. :nono: I'll try again! :yes:............
I get it, I believe. Sync to the deflection circuits. RGB to the video "boards". No delay needed, as no video or chroma signals are being processed by the associated circuits on board the CTC-2B chassis, but are being applied to the video adder and/or amplifier circuits. Am I correct in my understanding of your application? Can't wait to see how it turns out! Your work with this chassis is remarkable, IMO!
Kevin
The DVD player outputs R-Y as rP and B-Y as bP in perfect time registry with each other and the luma/sync as Y. The DAs that make the Y, rP and bP have responses well greater than 5MHZ at the DVD outputs. If the three coax cables leading to the CTC2B monitor are matched, perfect time registry is retained as they enter directly into the new Component to RGB converter piggy-back boards. The analog processing on these converter boards uses all ultra high speed SS video op-amps spec'd at 400mhz, 400V/us, 25ns rise time.The only signal the original CTC2B works on is the Y luma/sync and this goes direct to the sync separators and retrace blankers no place else. The RGB videos from the converter boards go directly to the original red, green and blue full BW CRT driver board's first stage grids. So is the possibility for time registry errors existing at the CRT socket real? I think not.