ok folks need some help with this.RC circuit is being driven with 10V that has a pulse width of 1 second and a pulse period of 2 seconds. how do i find the charge and discharge time for 5 complete cycles? i have 1 formula already which is Vc= V(1-e^-t/Tau) which i don't know to figure out on my calculator. but also i know there is another formula for figuring out when you have multiple cycles. the resist is 1 Meg and the cap is 1 micro. so Tau = 1 sec. so that means that in 1 sec it takes to goto 63.2% correct? and then you go down 36.8% in 1 sec for the discharge right? now what do i do next since the discharge didn't completely discharge the cap?
Answer:
Differential equation time? That's my guess. Pull out your Laplace transforms.
The question is not clear. What do you mean by finding the charge and discharge time? Technically, the cap will not ever get to 10V or back down to 0V after you get started...
The answers post by the user, for information only, FunQA.com does not guarantee the right.
More Questions and Answers:
Can you help me to find any drawing sheet, with the brand of NASA in its table?
Proton led displays lyons georgia-question?
I am a new comer of a university and everything seems very new to me.For example,in an engineering subject .?
For Electrical Engineers Only?
What project must i make in my subject, CONTROL SYSTEMS?
What is the difference between an AK-47 and a AK-74 automatic riffle?
Computer Invention?
What is power factor?
Charge time?