Now of course I had to "bridge" the connectors somehow. I decide to use some wire pieces. Per voltage I only had to use 2 or 3 wires so that would work.
While figuring all these connectors out I noticed that one connector still had 1 small piece of wire attached....it was near where I had soldered two same colored wires together. I already found it a bit weird that both wires were coming from the same direction in the harness so, following the wires, comparing with the schematics and measuring them I found out that the definitely did not belong together. I fixed it all, one new connector needed and I had to extend the wires a bit. Glad I found that before hooking stuff up !
So...
I tested each and every voltage and low and behold....they are all just FINE !!!!

That doesn't mean I'm happy with the PSU board though. I noticed that I could wiggle the big caps (they are Sprague brand again) a little bit and it looked like they unsoldered themselves a little bit because of the heat around,maybe I don't know for sure. At least I reflowed these solderings and no more wiggling.
Also, this board is no different from any other Q*bert PSU board....it has bad burn marks from the over-heating and poorly designed 30V section.
I've done a bit (actually quite a bit) of investigation about this.
The thing is, that according to the schematics, what needs to be done is lower the +48VDC that is coming out of the rectifier bridge into 30VDC for the sound board and knocker. So....they are trying to "get rid of" 18 VDC. Imagine having a 18VDC power supply and "getting rid" of it's entire voltage somehow......mmmm....
They chose the laziest way, a big fat transistor and a zener diode of 30V. The results are pretty fucked up. Not only is the output higher than 30V (about 33,6V as I measured) but also ......lowering such a big amount of volts in this "dumb" way means producing a lot of heat.
Initially I though that the heat was cause by the knocker/sound board drawing a lot of amperes, but the manual says the 30VDC section is designed for just 1,5Amps....which is not that crazy (compare, a regular 7812 can pump out 1A with proper heat-sinking).
Also, EVEN when I had hooked up only the power-brick and PSU board .....and nothing else....so no load.....the resistors and zener diode get CRAZY hot.
So now I'm thinking of a mod to improve this. I hope to come up with a simple solution that at least will not produce so much heat when there is no load at all....
I know people have experimented with 27V and even 24V zener diodes but that doesn't solve the problem at all, in fact it may make it worse as the required voltage drop with those is now 21 or even 24V (half of the original voltage !!!) so the produced heat would INCREASE. The reason they tried these zener diodes is that the voltage of 33,6V is often blamed for destroying the audio amplifier (LM379) on the sound board. These amps are EXPENSIVE to get these days...
The absolute maximum power voltage for the LM379 is 35V, so this is very near it's maximum.
I'm actually not that sure that this voltage is causing the amps to die....since the knocker is also powered by the 30VDC, I wonder what "shock waves" are going on in this voltage when the knocker gets fired (and especially AFTER it gets fired).
I think my new oscilloscope is going to be handy to have a look at what's going on with this.
Especially when people have a knocker without the damping diode (or a defective one) there will be some nice peaks in this voltage I'm sure.....
Also still have to measure how much amps the sound board uses (haven't hooked it up yet)...
OK if you've read my last two posts entirely you deserve a

If you also understand what I'm babbling about you deserve
