Unformatted text preview: Cs becomes an inductor admittance of the form Cs ! C s = 1 1 C s ! 1 ˆ Ls , an inductor admittance, i.e., the capacitor become an inductor of value ˆ L = 1 C . Similarly for each inductor impedance of the form Ls ! L s = 1 1 L s ! 1 ˆ Cs , a capacitor impedance, i.e., the inductor becomes a capacitor of value ˆ C = 1 L . Step 7. Frequency and magnitude the NHP circuit off step 6. Here K f 2 = p . K m is chosen according to the instructions in the problem statement. Draw and label your final circuit....
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- Spring '06
- Inductor, Electrical impedance, inductor admittance