Step 6: The schematic
This is the schematic for your inverter circuit.
It will run on a 12-20V DC power supply (may also be a battery).
I'm using a 12V adapter which somehow gives me 17V output, and when connected it drops to 15V due to the internal resistance.
As you can see, we're using a side of the HV coill as feedback for the Gate on the MOSFET.
It will couse some kind of delay between each pulse which is sent to the primary coil.
It will run on a 12-20V DC power supply (may also be a battery).
I'm using a 12V adapter which somehow gives me 17V output, and when connected it drops to 15V due to the internal resistance.
As you can see, we're using a side of the HV coill as feedback for the Gate on the MOSFET.
It will couse some kind of delay between each pulse which is sent to the primary coil.
Remove these ads by
Signing UpFlag this comment as:
Not NiceInappropriateSpam3
mgingerich
says:
Sep 21, 2012. 7:00 PMReplyFor some reason wall jacks always output way more volts than they say they will. I think it's just shoddy manufacturing. It could be that they're designed for a really specific load though
10
highvoltageguy
says:
Dec 22, 2011. 9:24 AMReply
can you please help this won't work!
9
Electorials (author)
in reply to Jan 7, 2012. 9:40 AMReply
What's not working?
10
highvoltageguy
in reply to Jan 7, 2012. 10:58 AMReply
the whole circuit won't work
Visit Our Store »
Go Pro Today »
