W
whit3rd
Guest
On Sunday, July 16, 2023 at 7:24:33â¯AM UTC-7, John Larkin wrote:
The big \'uns will use 200mm wafer-size thyristors, banked in series and in parallel...
the only important 400kV \'power\' items are long-line power trunks. Maybe
a few Marx generators, but the last one of those I\'m aware of was disassembled
years ago.
For a small power output, just generate some corona in a bottle, and surround the
bottle with solar cells... neon fill will generate mainly red, that\'s good for silicon
cells.
On Sun, 16 Jul 2023 13:08:14 +0100, \"Commander Kinsey\"
C...@nospam.com> wrote:
On Thu, 13 Jul 2023 15:54:56 +0100, John Larkin <jjla...@highlandtechnology.com> wrote:
Please sketch up a 5 volt power supply with a 400KV input.
Yes, fewer switcher chips are available at 50 volts. I\'m doing a bunch
of designs now with +48 in and chips are relatively rare and sometimes
weird.
But I specified 400 KV. Give it a shot.
A little coil?
Give it a shot.
Where exactly in the circuit do you perceive the problem?
Sketch up a 400 KV power supply, post it, and we can discuss.
The big \'uns will use 200mm wafer-size thyristors, banked in series and in parallel...
the only important 400kV \'power\' items are long-line power trunks. Maybe
a few Marx generators, but the last one of those I\'m aware of was disassembled
years ago.
For a small power output, just generate some corona in a bottle, and surround the
bottle with solar cells... neon fill will generate mainly red, that\'s good for silicon
cells.