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Looks to me like 3 components burned judging by the melt marks on that plastic. C15, L4, and probably C98 (looks cracked). The issue you will have is which one blew taking the rest with them.

A2 GND B2 GND C2 GND C32 is CLK

On my spare recapped IIx board I get around 15-16 Ohms on the positive side of those capacitors to ground.

Cap goo eating into a trace can be a problem. On a Nubus slot you have 32 pins x 3 rows (A B and C) for 96 pins. A1, A2 are -12V A32 B32 are +12V and there are 11 +5V lines plus a ton of grounds.

Would have to be and makes me wonder if all of them will sync correctly. Could also be just an undocumented freebee from having AMD Sync.

Which is odd since the specs say: Model SE2722H/SE2722HX Horizontal scan range 30 kHz to 83 kHz (automatic)

Amiga users are probably SOL on finding working monitors these days, while Apple users can use any old CRT.

I prefer a CRT for old SOG macs anyway, but that monitor is too pricey for me these days.

I assumed people got them mostly for Amiga use.

A singe G4 is great until it breaks, and you have nothing to use. You don't need to be a hoarder, but I recommend having 2 machines of the same model just for a backup.

Are you using the drivers for the Presto or Presto Plus (they are different).

The CM-11 Tandy monitor isn't bad if you like CGA.

They made 500KB 5.25" disks as well, have a dusty box on my shelf.

Mac Voodoo 5's are like $1000 these days. The PC and Mac PCI editions of the Voodoo 5 looks the same except for the DVI connectors, capacitors, and most importantly the Silicon Image chip.

If there was it would be mentioned on the os9lives forum.

I have just the computer snagged locally for free.

The OEM install CDs for that model are on archive.org if you need them.

I would think it would be common practice to check for shorts to ground before turning something on.

That Sony Vaio monitor looks like the one that matched my Vaio Pentium PC.

The only way to real find a short is to use a bench power supply where you can dial in the current max and then use a thermal imaging camera to find the hot spot. You can have a short in the middle of the circuit board between layers and have to Dremel it out.