T
thepipersson198
Hi guys,
Just wondering if you can help me on this one,
I have a RLC series circuit the values are as below;
R = unknown
L = 800mH
C = 300uF
from there I have calculated;
the resonant frequency to be 10.3Hz
the capacitive reactance 51.50 ohms
The reason I need to know is I need to work out the impedance, which is
Z= sqrt^R^2+(Xl-Xc)^2
So I have the following,
R is unknown
L is 800mH
C is 300uF
F = 10.3Hz
W = 2pie*F
Xc = 1/WC
Xl = WC
So If there is a way i could work out what the resistors value is, then I can work out what the impedance is, but please bear in mind this is just a paper exercise, so I have no tools i can use to determine this for me.
Many thanks for your help in advance
Tom
Just wondering if you can help me on this one,
I have a RLC series circuit the values are as below;
R = unknown
L = 800mH
C = 300uF
from there I have calculated;
the resonant frequency to be 10.3Hz
the capacitive reactance 51.50 ohms
The reason I need to know is I need to work out the impedance, which is
Z= sqrt^R^2+(Xl-Xc)^2
So I have the following,
R is unknown
L is 800mH
C is 300uF
F = 10.3Hz
W = 2pie*F
Xc = 1/WC
Xl = WC
So If there is a way i could work out what the resistors value is, then I can work out what the impedance is, but please bear in mind this is just a paper exercise, so I have no tools i can use to determine this for me.
Many thanks for your help in advance
Tom