heres a cool logic gate. (a ring modulator is also a logic gate.)
https://scontent.fper7-1.fna.fbcdn....n9VZ1wZdfOe5po0s8xTxAKx9tFno6NIxw&oe=6542A776
The b2b led's are the output line.
It has a weakness tho, you have to divide the volts by 10 to use it, but I think it should be good enough, and I can make a opamp out of scalar logic gates with it!
I can turn an and (which is what a ring modulator is) into an or, if I include the 1&1, 1&0, 0&1, via inverting the input, and then it turns into an or.
A scalar or. (it means its a logic gate that also responds to half on inputs.
This will, if a sine wave is put into the input, turn it into a square wave with enough in series, which is the same thing as an OPAMP, just made with resistors.
https://scontent.fper7-1.fna.fbcdn....n9VZ1wZdfOe5po0s8xTxAKx9tFno6NIxw&oe=6542A776
The b2b led's are the output line.
It has a weakness tho, you have to divide the volts by 10 to use it, but I think it should be good enough, and I can make a opamp out of scalar logic gates with it!
I can turn an and (which is what a ring modulator is) into an or, if I include the 1&1, 1&0, 0&1, via inverting the input, and then it turns into an or.
A scalar or. (it means its a logic gate that also responds to half on inputs.
This will, if a sine wave is put into the input, turn it into a square wave with enough in series, which is the same thing as an OPAMP, just made with resistors.
