Debug, make P2P, whatever.
Is dead the mosfet if is not voltage between G & S of IRF9610?
You mean you like it in black too I guess.
Yes, sorry I don't read this post till today
One more picture of the SSHV2 on the scope.
AC max gain 5mV division.
Phillipe, did you test the regulators with dummy load, say 15K first or you put them on the circuit?
Also it' s good after a fault like yours to remove and test all the semiconductors. You never know what can get burned.
When you say PSU, what do you have? Have you simulated it on PSD2?
AC max gain 5mV division.
Phillipe, did you test the regulators with dummy load, say 15K first or you put them on the circuit?
Also it' s good after a fault like yours to remove and test all the semiconductors. You never know what can get burned.
When you say PSU, what do you have? Have you simulated it on PSD2?
Attachments
One more picture of the SSHV2 on the scope.
AC max gain 5mV division.
PSD2?
Excellent stability in your P2P builds. Especially when the trace is taken live on your number 26 feeding through its output transformer. Congratulations.
It's very strange that two different SSHV pcbs with the same issue:
47R burned
220R burned gate resistor IRF8610
I suspected of the PSU, but I tested and is stable Vin 284VDC, any idea?
Merlin see what's wrong feeding, grounding, or loading the regs. Something's fishy when two different ones give smoke.
One more picture of the SSHV2 on the scope.
AC max gain 5mV division.
Phillipe, did you test the regulators with dummy load, say 15K first or you put them on the circuit?
Also it' s good after a fault like yours to remove and test all the semiconductors. You never know what can get burned.
When you say PSU, what do you have? Have you simulated it on PSD2?
I have CLC, tx is Bartolucci 200VDC choke is Bartolucci 10H 100mA, all caps are lytics C1 660uF 450V & C2 300uF 350V
Attachments
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