REPLACING all the energy SOURCES to their internal resistance and calculate the equivalent resistance as viewed from the terminal through which capacitor as connected i.e. A and B.
The equivalent circuit is GIVEN below:
R eq = 30 || (10 + 20)
or R eq = 15

Time constant ( )=Req. C = 15 C

"> REPLACING all the energy SOURCES to their internal resistance and calculate the equivalent resistance as viewed from the terminal through which capacitor as connected i.e. A and B.
The equivalent circuit is GIVEN below:
R eq = 30 || (10 + 20)
or R eq = 15

Time constant ( )=Req. C = 15 C

">

The time constant of the circuit

Network Theory Network Elements and the Concept of Circuit in Network Theory 3 weeks ago

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Time constant of the RC circuit can be calculated by REPLACING all the energy SOURCES to their internal resistance and calculate the equivalent resistance as viewed from the terminal through which capacitor as connected i.e. A and B.
The equivalent circuit is GIVEN below:
R eq = 30 || (10 + 20)
or R eq = 15

Time constant ( )=Req. C = 15 C

Posted on 29 Jun 2025, this text provides information on Network Theory related to Network Elements and the Concept of Circuit in Network Theory. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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