SneaKSz
Member
Hello all,
While simulating some audio amplifiers, I was having trouble with finding out the voltage across a Cap.
![RC.JPG RC.JPG](https://www.electro-tech-online.com/data/attachments/47/47403-25c047ed44e68cfa308598a53abb507d.jpg)
It's just a simple RC network, f=15kHz (1Vptp). I determinted Xc = 1/sC = 1/(2*Π*f*10n)=1060 Ω.
Well I thought, while R~ Xc, that the voltage drop across Xc would be half the applied voltage. So Vc~ 0.5Vptp.
Someone can explain me where my thinking go's bad?
Kind regards
While simulating some audio amplifiers, I was having trouble with finding out the voltage across a Cap.
![RC.JPG RC.JPG](https://www.electro-tech-online.com/data/attachments/47/47403-25c047ed44e68cfa308598a53abb507d.jpg)
It's just a simple RC network, f=15kHz (1Vptp). I determinted Xc = 1/sC = 1/(2*Π*f*10n)=1060 Ω.
Well I thought, while R~ Xc, that the voltage drop across Xc would be half the applied voltage. So Vc~ 0.5Vptp.
Someone can explain me where my thinking go's bad?
Kind regards