We give the expressions of the impedances: A resistor R: ZR = R An ideal inductor L: Z 1 = Lo - An ideal capacitor capacitance C: ZĻ Cw - Verify that R, Lw and 1/Cw are homogeneous( [R] = [Lw] = E)
We give the expressions of the impedances: A resistor R: ZR = R An ideal inductor L: Z 1 = Lo - An ideal capacitor capacitance C: ZĻ Cw - Verify that R, Lw and 1/Cw are homogeneous( [R] = [Lw] = E)
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We give the expressions of the impedances:
- A resistor R: ZR = R
- An ideal inductor L: Z L = Lω
- An ideal capacitor capacitance C: ZL = 1
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- Verify that R, Lw and 1/Cw are homogeneous�[R] = [Lw] = � 1
Cw��
![We give the expressions of the impedances:
A resistor R: ZR = R
An ideal inductor L: Z L = Lo
- An ideal capacitor capacitance C: ZĻ =
Cw
- Verify that R, Lw and 1/Cw are homogeneous( [R] = [Lw] = )
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Transcribed Image Text:We give the expressions of the impedances:
A resistor R: ZR = R
An ideal inductor L: Z L = Lo
- An ideal capacitor capacitance C: ZĻ =
Cw
- Verify that R, Lw and 1/Cw are homogeneous( [R] = [Lw] = )
%3D
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