Okay, I've managed to juggle the output inductor into a position that allows 4 PCB mounting screws to fit.
I've also renamed this retrofit project to "Quasi 4BIP". 😎
Layout:
http://members.shaw.ca/toddj/Quasi/4BIP-PCB-layout.pdf
Tracks:
http://members.shaw.ca/toddj/Quasi/4BIP-PCB-tracks.pdf
..Todd
I've also renamed this retrofit project to "Quasi 4BIP". 😎
Layout:
http://members.shaw.ca/toddj/Quasi/4BIP-PCB-layout.pdf
Tracks:
http://members.shaw.ca/toddj/Quasi/4BIP-PCB-tracks.pdf
..Todd
Hi taj,
Not trying to be funny or picky, should you have "Quasi", "DANGER HIGH VOLTAGE" & "4BIP' in mirror mode? Doesn't matter to the circuit but does for the look. If that's something that give you only 99 / 100.
Not trying to be funny or picky, should you have "Quasi", "DANGER HIGH VOLTAGE" & "4BIP' in mirror mode? Doesn't matter to the circuit but does for the look. If that's something that give you only 99 / 100.
bigpanda said:Hi taj,
Not trying to be funny or picky, should you have "Quasi", "DANGER HIGH VOLTAGE" & "4BIP' in mirror mode? Doesn't matter to the circuit but does for the look. If that's something that give you only 99 / 100.
Yup, except that to build this as intended, you will need to burn two PCB's, one flipped, because the layout had to be created to fit an asymmetrical chassis layout. So unless I create two separate boards, just to fix the fonts, then it'll backwards for one channel anyway. So I didn't bother.
And I removed the "Danger High Voltage" wording 'cause it wouldn't help much unless it was on the component side. If the power was still applied while the board was removed, you'd be in trouble long before you could read the warning. 🙄
..Todd
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