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Clock could be made by logic. For example, simple one-phase clock looks like:

Two-phase clock could be made by getting second signal from AND-out (on picture i forgot to add AND operator, which connects to OUT1 in output and IN and AND's OUT. It needs to stop "constant 1" signal in output):

Also, you can make different frequencies generator by N-bit INC (increases binary number by 1) and N-bit REG (just register):
[also on picture:
ON(Makes 1 on OUT without care about IN {constant1})
CLOCK(Just first screenshot of my answer)
GATE(Sends input signals{IN} to output{OUT}, if POWER is 1)]

I hope i helped to you with clock. Good luck.

P.S. I made this funny circuit that makes sierpinski triangle on truth table.

I actually meant that for whatever reason, my clock circuits just don’t work.

(1 edit)

Every logic chips must be connected to inputs and outputs or other chips, which connects to them. Clock will not work, if you use NOT gate as source power without connecting to input. And it's a reason, why i made ON gate (constant 1, which made by connecting straigh and inverted signal from input to OR gate, and result connects to output).

i commented a simple clock

btw u can use d flip flops to make clocks btw and wow ur stuff looks amazing

Thx, i tried my best. 

Shift register is really usable for clock scheme, but most optimized clock made by NAND chip. My other examples are made on this basement, but all of them uses for different functional.