Problems with YUV video from VG-8020

Cost. That's all there is to it. It was cheaper for me to get a European MSX and convert it to NTSC rather than get a Japanese MSX, throw in a TMS9928 or TMS9128 depending on which of the TMS9918 or TMS9118 were used (I hate being limited to Composite video when better options exist) and wire up a Component circuit.

I haven't done any work since I posted about this yesterday, but I do have a few other details I left out:

-If I have Y and R-Y connected to the TV, the picture looks fine minus a lack of blue
-If all 3 signals are connected or just Y and B-Y are connected, the picture gets a severe blue tint
-If I put back the TMS9129, I get a GREEN TINT if I use Y and R-Y only, and I get the same blue tint if I connect all 3 signals or Y and B-Y only

And I don't seem to be the only person with this problem. I've seen several people attempt Component mods on a Colecovision (TMS9928) and they too have the same issue with the screen having a blue tint. Why that is, I have no idea.

Also, slightly off-topic as this is going back to Composite video: does anyone have a datasheet of the LVA510? I am incapable of finding any information on this thing and I'm having one hell of a hard time getting this encoder to encode video in NTSC. Something tells me since it's labelled as a "PAL encoder," it won't encode to NTSC. Or is there something I missed? Placing a 3.579545MHz crystal on the encoder results in the same blue tint I get with Component, but with the colors being completely wrong.

I've got another VG-8020 along with an NMS8250 on the way. With this, I'll have 4 different MSX systems:

-NTSC-converted VG-8020
-MSX2-upgraded VG-8020 (I'll do this myself comparing the VG-8020 to the NMS8250)
-MSX2+-upgraded NMS8250 (have a V9958 on the way for this)
-1ChipMSX clone running on the Terasic DE0

I would have preferred to just have an MSX Turbo-R, but there's absolutely no way I will dish out the amount of money an MSX Turbo-R typically goes for, especially when I have yet to find anything I would actually run that absolutely requires the MSX Turbo-R and because those FS-A1ST/FS-A1GT computers have their volume levels messed up and too much low-pass filtering.

I specifically got this MSX after hearing about MSX games having altered colors on an MSX2 and up.

P.S. RGB is not an option in Canada. Our TVs don't accept RGB without having to resort to converters, hence why I want direct Component output from this VG-8020. With the others, I could just build an RGB cable to go to my RGB to Component converter. And if I can't get Component video out of the TMS9128, I'm gonna simply build the Sony HB-55P's video circuit to get RGB and Composite, then use my external converter to convert that RGB back to Component. This is messy, which is why I want to get direct Component video off this chip, but I absolutely cannot get rid of that stupid blue tint.

I have a 1084S, but at 14", do you really think I would want to use that when I have access to a 27" CRT TV with Component inputs? Give me the big screen, not that small crap.

Now is someone gonna help me get Component video working correctly on the TMS9128 rather than going off-topic? I hate to sound rude, but I'm seriously losing my patience with this thing and am inching closer to just dumping a TMS9118 in this thing and say "screw Component."

I'd rather build my own circuit, not rely on a circuit someone else made.

By the way, do you have one of those Colecovision kits? How does that manage to get Component video without a blue tint?

A shift? What kind of shift, exactly? Do remember that I don't get any odd tints on the TMS9128 if I leave B-Y disconnected, however, on the TMS9129, I get a GREEN tint if I leave B-Y disconnected.

Just out of curiosity, what would an inductor do to the video output?