I'm sure you're on the case but it's worth saying.... I'd also take a look at the circuits that caused the original meltdown and see if you can figure out what happened to try and avoid a repeat with your new board... you might need beefier resistors or transistors on that board or improvements to be made elsewhere.
I would replace with square pin and tri-furcon terminals. Round pin against a flat terminal = minimal contact area. Tri furcon against a square pin = max contact area.
Thats true... I'll have to check out the type of socket that is on the other end a little closer... As far as I can see they are Molex KK series .156" square pin's on the other end, which if this is the case then i'll replace with the matching connectors on the other end - it seems like the best plan unless they are junk...![]()
Yup that was the original board... It's the usual op trick of "rather than replace a component properly, lets snip off it's legs and solder it's replacement to the top side". Which they could have done on the top TIP141, if it wasn't for the fact there's a hole in the board and they bodged the solder job through it!!....There's some odd stuff going on with several of the components. There are at least four different types of diodes. Why are they floating up so high, along with three of the TIP141s? And it looks as though they've been soldered from the top-side?