Hi proto team
i wanted to make a example submit to the apparently growing list
This time it is a MOS Inverter RLC Oscilator
it is actually used on many Microcontroler ICs to run their clocks so i thought it would be interesting to replicate
Because it also worked with the already integrated Inverter component
i decided the MOS equivalent of it (So you can also have different voltage source)
because i couldn't replicate a real XCrystal i simply used an RLC Circuit
but it should also work(and is designed to) work with XCrystals (this -> ---|[]|--- )
along with a Simple OverVoltage Protection (with zeners) so you don't burn irl Mosfets in case you want to replicate it
In theory i can go from 200KHz to even 10MHz but is not tested the limits
It outputs an square wave
i planned to make use of a counter and a DAC to turn it into a ramp wave but decided to just use an LED
Hi proto team i wanted to make a example submit to the apparently growing list This time it is a MOS Inverter RLC Oscilator it is actually used on many Microcontroler ICs to run their clocks so i thought it would be interesting to replicate Because it also worked with the already integrated Inverter component i decided the MOS equivalent of it (So you can also have different voltage source) because i couldn't replicate a real XCrystal i simply used an RLC Circuit but it should also work(and is designed to) work with XCrystals (this -> ---|[]|--- )
along with a Simple OverVoltage Protection (with zeners) so you don't burn irl Mosfets in case you want to replicate it
In theory i can go from 200KHz to even 10MHz but is not tested the limits
It outputs an square wave i planned to make use of a counter and a DAC to turn it into a ramp wave but decided to just use an LED
https://www.protosimulator.com/share?circuit=RLC_Oscilator_1652232986371
Here you have the circuit, also the last update was simply awesome tho i found a certain bug i'll report in another issue
Thanks for you hard work as always!