graph the result of what? of the RC filter?How much of that reading assignment did you do?
With a spread sheet, you should be able to graph the results (a bode plot).
Graph Vo of the circuit you posted.graph the result of what? of the RC filter?
why need to grpah Vo?Graph Vo of the circuit you posted.
Did you read all the links?
no what was the mistake...I put the calculation how I did it...so what was the mistake thr?The Vo graph is the bode plot ... don't bother ... it's not necessary.
After five pages, your still playing this game.
The question remains ... what happens when R1 is increased.
Did you "fix" your calculation of the fc for R and C? Do you know what your mistake was?
The capacitor is incorrect. The capacitor is 560 pF ... as I previously stated. You do not have the capacitor as picofararads.no what was the mistake...I put the calculation how I did it...so what was the mistake thr?
1/(2pi)(10*10^3)(560*10^-9)=28.42
That too was obvious to me. You need to read all of them including the summary. At least you were honest to admit to reading only those two.I read abt the low pass and high pass
so it will be 1/(2pi)(10*10^3)(560*10^-12)=28.42kHzThe capacitor is incorrect. The capacitor is 560 pF ... as I previously stated. You do not have the capacitor as picofararads.
That too was obvious to me. You need to read all of them including the summary. At least you were honest to admit to reading only those two.
When your done, you should be able to answer all the questions, including the one you originally asked.
so it will be 1/(2pi)(10*10^3)(560*10^-12)=28.42kHz
in my class we only did these tow filters...n I thought shud be from these two filters...what kind of filter is that circuit?
in A lowpass filter capacitor goes to ground.
A highpass filter resistor goes to ground.
Once again underlining the value and important of properly tracking units. If done correctly, that part of the expression should have been something like:The capacitor is incorrect. The capacitor is 560 pF ... as I previously stated. You do not have the capacitor as picofararads.
one fc for high pass and another one for low passYour fc answer is now correct. That is why it's important for you to "show" your work. Showing your work is not to demean you, but to help you identify where you made the mistake.
You need to read the remaining links and then think what your circuit is doing. You have the two fc's.
nvm..I kind of figured it out...Funny, you never mentioned any values when you posted the circuit.
What is the filter called that comprises both a high pass and a low pass section, or did you disregard my advice to read the remaining links?
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