+ 2 Vp-p (L) Riot = 200 2 ww 0.01 μF 10 mH Figure 1. A simple series RLC circuit. Table 1. Theoretical parameter values of Figure 1. Parameter Calculated Value a 3 Wo Wa 51 52 T Using the values calculated in Table 1, Calculate new total resistor values Table 2. Time Period Comparison. Behavior Condition Overdamped (a>wo) Find Rot such that α = 1000 Critically damped (a = wo) Resistor Value

Delmar's Standard Textbook Of Electricity
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ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter30: Dc Motors
Section: Chapter Questions
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calculate the theoretical parameter values of α, ω0, ωd, s1, s2, and T (time period) for the RLC circuit shown in Figure 1 and record them in Table 1.

+
2 Vp-p (L)
Riot = 200 2
ww
0.01 μF
10 mH
Figure 1. A simple series RLC circuit.
Table 1. Theoretical parameter values of Figure 1.
Parameter Calculated Value
a
3
Wo
Wa
51
52
T
Transcribed Image Text:+ 2 Vp-p (L) Riot = 200 2 ww 0.01 μF 10 mH Figure 1. A simple series RLC circuit. Table 1. Theoretical parameter values of Figure 1. Parameter Calculated Value a 3 Wo Wa 51 52 T
Using the values calculated in Table 1, Calculate new total resistor values
Table 2. Time Period Comparison.
Behavior Condition
Overdamped (a>wo)
Find Rot such that α = 1000
Critically damped (a = wo)
Resistor Value
Transcribed Image Text:Using the values calculated in Table 1, Calculate new total resistor values Table 2. Time Period Comparison. Behavior Condition Overdamped (a>wo) Find Rot such that α = 1000 Critically damped (a = wo) Resistor Value
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