adityapratapa Messages 2 Reaction score 0 Thread starter Jul 31, 2011 #1 Given : a series RC circuit with Rs and Cs and Parallel circuit with Rp and Cp...also given both are equivalent and Q-factor is high. Calculate the range of w for both circuits are equivalent. pls help asap... Attachments img.JPG 17.1 KB · Views: 512
Given : a series RC circuit with Rs and Cs and Parallel circuit with Rp and Cp...also given both are equivalent and Q-factor is high. Calculate the range of w for both circuits are equivalent. pls help asap...
NascentOxygen Staff Emeritus Science Advisor Homework Helper Messages 9,253 Reaction score 1,080 Jul 31, 2011 #2 Determine the impedance of the second circuit, expressing it as a REAL component and an IMAGINARY component.
Determine the impedance of the second circuit, expressing it as a REAL component and an IMAGINARY component.
tiny-tim Science Advisor Homework Helper Messages 25,837 Reaction score 258 Jul 31, 2011 #3 welcome to pf! hi adityapratapa! welcome to pf! show us what you've tried, and where you're stuck, and then we'll know how to help!
welcome to pf! hi adityapratapa! welcome to pf! show us what you've tried, and where you're stuck, and then we'll know how to help!
adityapratapa Messages 2 Reaction score 0 Jul 31, 2011 #4 tiny-tim said: hi adityapratapa! welcome to pf! show us what you've tried, and where you're stuck, and then we'll know how to help! i got it till this.. Rs=Rp/(1+Q^2) and Cp=Cs(1+1/Q^2) assuming Q=1/wRsCs=wRpCp...but when it comes to finding the range of w I'm struck...
tiny-tim said: hi adityapratapa! welcome to pf! show us what you've tried, and where you're stuck, and then we'll know how to help! i got it till this.. Rs=Rp/(1+Q^2) and Cp=Cs(1+1/Q^2) assuming Q=1/wRsCs=wRpCp...but when it comes to finding the range of w I'm struck...