How is it implemented on a board?
8A mosfet current is not HUGE.
But you need to check all the component values grounds up; particularly the lines indicated thick- these tracks should be wide (for high power).
Spacing's for high voltages... creepage and clearance
Understand that working with this stuff is dangerous and without proper safety procedures and equipment you are at risk of being electrocuted. Insulate yourself from your circuit when working on it and make sure the circuit is totally discharged before touching anything.
That being said, what is the goal? Why would you need to build such a power supply when you could buy a neon power supply or a similar such thing without the safety hazard.
If you are going to insist on building this, make sure the wires or traces can handle the max current x2 and that all of the components are rated x2 or x3 the power that they will see at any point during normal operation.
If you insist on doing so maybe use a dc-dc multiplier after the physical transformer.
This will power an electron beam. Our parameters would be 35kV at 30mA. I saw neon supplies but it's just around 20kV at 30mA.
35kV at 30mA = 1050W35kV at 30mA is just around 100W; why you want 1500W?
Anyway, 8A current will need wide traces; using standard PCB, you will need to use 5mm wide traces. If you are using double sides board, use multiple vias to connect both sides (if you need to switch sides). You need to consider sufficient spacing between power traces.
35kV at 30mA = 1050W .
I will be cautious on this.Er you are entering a dangerous world here.
I have done electron-microscope power supplies, with that voltage you need special connectors and your harware needs to be enclosed in a metal box, in a plastic enclosure with 20mm clearance between the metal and the plastic.
Got it!If you are planning to use a voltage doubler, the output of the transformer should be around 17kV at 60mA.
Just like what I have in mind.this should not come out on the PCB pins of the transformer but should go directly to the voltage multiplier.
Nice! I'm aware of the arcing due to high voltage. Transformer is wound up already. Here is the link of the transfomer.But you need great care in winding the transformer and insulation between the windings...
Our parameters would be 35kV at 30mA.
...I'm aware of the arcing due to high voltage. Transformer is wound up already. Here is the link of the transfomer.
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