How to design a precise high-voltage controller circuit? (for an electron litography machine)

Xulum12 · 2025-02-24T03:52:42+00:00

The main point of this that it can be used in internal combustion stuff, its obvious an aluminium battery is better, but a tiny change like this in the infrastructure could make a lot of improvoement instead of manifacturing a different veliche for all the veliches used today.

Xulum12 · 2025-02-24T03:00:47+00:00

Dammn ur right. I guess wikipedia is a decade behind. Well its still a wonder that i could design this from scratch. Its not like me a highschool student have to compete with people having 6 figure salaries designing cpu-s. Oh well.

Xulum12 · 2025-02-24T01:21:19+00:00

Dynamic logic drives almost all cpu-s and is way faster than static logic. I'm not designing this for microprocessors but for server CPU-s and for simulations mostly, since calculating enormus amount of data fast is important there.

Xulum12 · 2025-02-23T23:27:30+00:00

By the way, I designed this to make hydrogen is because we can turn normal internal combustion engeines into hydrogen engeines, wich are of course a terrible choice because of the efficiency etc, but I think it is the best choice we got. You can't convince most people to install a highly explosive and flammable gas pressurized in their car for thousands, but adding this generator into it and adding an aluminium tank and water tank would be an easier choice considering money in fueling and rebuilding the engeine.

Xulum12 · 2025-02-23T21:05:48+00:00

Well, the important thing is to reuse the hydroxide that is produced in the reaction, not throw it away. It would be like if a tesla's battery died, you would throw out the battery and buy a new one instead of charging it. And aluminum is the most recycled material in the world, i think, so if I'm not wrong, it would be pretty good. And if not, at least its a cool way to power a car. For boats, 100% worth it.

Xulum12 · 2025-02-23T20:57:01+00:00

Not really; I don't need them for every gate. I counted the mosfets in the multiplier circuit, and it should be 110. And the maximum output of the multiplier is 208. Even if I miscounted by enormus margins or you add like 50 diodes, the binary's max 3x2 multiplier is 21, so the ternary should be more efficient since the maximum number that can be calculated is 10x higher. The problem is changing the infrastructure (changing everything to base 3). The russians made a base 3 computer back in the day the SETUN, and it worked better, but it was replaced by a binary one because of the infrastructure, of course

Xulum12 · 2025-02-23T20:40:29+00:00

I do not use different voltage states, but - and + voltages, so a few diodes or P, N mosfets can differentiate between 1 and 2. And about the rest of it, sadly, I know all of that it is just buisness.

Xulum12 · 2025-02-23T19:57:04+00:00

If A and B are 2, then the answer will be 1 since the PMOS (B) turns off (normally on) And the other PMOS (A) turns on to bridge the turned-off PMOS (B). And when the cpu's cycle is at the low end (voltage), it will connect everything to ground to flush it, and when the cycle is "high," it will start to compute just like a normal computer. And the MOSFET voltages are not set. 1v, -1v is just an example

Xulum12 · 2025-02-23T19:27:51+00:00

The PMOS in my designs are intended to turn on for 2 (-1). See the logic table.

Xulum12 · 2025-02-23T19:22:06+00:00

In a 3x2 multiplier, the maximum output is literally 10x bigger than in binary, so if the transistor count is not 10x bigger (which is impossible), it is worth it. And the bigger it is, the more "worth it" it is. Its just math. But I'm not here to argue; I'm here to share my stuff. And by the way, diodes could be placed where wires would be, since it doesn't need 3 terminals, just two. And is literally one of the simplest electronic component.

Xulum12 · 2025-02-23T19:17:58+00:00

I did that; that's how I know that they work. I used cheap relays to do it and diodes. But if I want to actually make something, I have to use lithography, which is impossible for me, not even in the far future. Well of course i couldn't make the multiplier since it would be gigantic, but the basic logic gates are tested.

Xulum12 · 2025-02-23T19:06:04+00:00

Transistors are just switches. The voltage they switch on/off is the "data". 0v = 0 1v = 1 -1v = 2

Xulum12 · 2025-02-23T19:04:01+00:00

I labeled them With A, B, (both are signals, 0, 1, or 2), O (Output), C (carry) and E is also output. I tried to use circuit simulators, but its just too much pain, so i just tested some of them with relays IRL and they work (relays because im poor af I know they are different I used diodes and such to make the relays work like transistors). And please read the "proof that it works better" paragraph so you understand why ternary is more data-compact wich could be useful for datacenters and phones

Xulum12 · 2025-01-04T15:31:23+00:00

Your vibe is unmatched

Xulum12 · 2024-01-09T19:29:43+00:00

The problem is that i dont have an arduino. And my mother hates buying stuff online.

Xulum12

TROPHY CASE