Hey guys,
this might be a really stupid question but I just cant get my head around it. I was looking through this website in the last part of the DC volume about L and C in parallel where the author went about showing how this formation leads to an impedance of undefined.
If this is so how can this formation stabilise the frequency of oscillator circuits or indeed be an oscillator circuit itself? I understand that the voltage and current waveforms osciallate locally within the circuit but how can it supply such a frequency to a circuit when it blocks a signal which is at the oscillator's resonant frequency?
Any elaboration of this would be greatly appreciated.
Thank you .
this might be a really stupid question but I just cant get my head around it. I was looking through this website in the last part of the DC volume about L and C in parallel where the author went about showing how this formation leads to an impedance of undefined.
If this is so how can this formation stabilise the frequency of oscillator circuits or indeed be an oscillator circuit itself? I understand that the voltage and current waveforms osciallate locally within the circuit but how can it supply such a frequency to a circuit when it blocks a signal which is at the oscillator's resonant frequency?
Any elaboration of this would be greatly appreciated.
Thank you .