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Showing posts with label Overdamped. Show all posts
Showing posts with label Overdamped. Show all posts

Saturday, June 16, 2012

Series RLC Source-Free DC Responses

Resistance ohms
Inductance henrys
Capacitance farads
Coefficients for Overdamped and Critical Damping Scenarios
A1 A2
Coefficients for Underdamped Scenario
B1 B2

The resistance is ohms.
The inductance is henrys.
The capacitance is farads.
The neper frequency is Hz.
The resonant frequency is rad/s.
The damping scenario is .

The current function is

Parallel RLC Source-Free DC Responses

Resistance ohms
Inductance henrys
Capacitance farads
Coefficients for Overdamped and Critical Damping Scenarios
A1 A2
Coefficients for Underdamped Scenario
B1 B2

The resistance is ohms.
The inductance is henrys.
The capacitance is farads.
The neper frequency is Hz.
The resonant frequency is rad/s.
The damping scenario is .

The voltage function is


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