Solution: I=0.0072_A.
Resonant Frequency (2, 17)
Equation:
ω 0 = | 1 | Qs = | 1 | ⋅ | C | Qp = R ⋅ | C | ω 0 = 2 ⋅ π ⋅ f0 |
|
|
| L |
| L |
|
Example:
Given: L=500_mH, C=8_lF, R=10_ω.
Solution: ω0=500_r / s, Qs=25.0000, Qp=0.0400, f0=79.5775_Hz.
Plate Capacitor (2, 18)
Equation:
∈0 ⋅∈r ⋅ A C =
d
Example:
Given: C=25_lF, ∈r=2.26, A=1_cm^2.
Solution:
Cylindrical Capacitor (2,19)
Equation:
2 ⋅ π ⋅∈0 ⋅∈r ⋅ L C =
ro LN
ri