Transient Response Of Series RL Circuit Having D.C. Excitation Using Differential Equation Technique
Dear Learners,
In this video, we will learn about Transient Response Of Series RL Circuit Having D.C. Excitation Using Differential Equation Technique. We will solve it by solving Non-homogenous D.E. and we will also draw a graph of the charging current profile in the circuit.
Video is explained in Hindi and English.
Lecture Notes Link:- https://drive.google.com/file/d/1leHXGAne5cImSSIwRvd4h9DyN5G_fhEX/view?usp=sharing
Important Links for basics
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To know AC through pure capacitor watch below mentioned link
https://youtu.be/E3ov2YUMJyk
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To know AC through pure resistor watch below mentioned link
https://youtu.be/DbUDkDFxr1g
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To know AC through pure inductor watch below mentioned link
https://youtu.be/e2vJ1ovCBRs
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To know AC through series RC watch below mentioned link
https://youtu.be/dnuTVxZFhWs
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To know AC through series RLC watch the below-mentioned link
https://youtu.be/Wi9v6i4hjyA
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To know Nodal Analysis please watch below mentioned link
https://youtu.be/Dxceqe6L5lk
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To know Super Mesh Current Analysis please watch below mentioned link
https://youtu.be/cmF_UCLk38Y
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To know Mesh Current Analysis please watch below-mentioned link
https://youtu.be/Y5C_1KiEdBY
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To find the unknown value of two-equation please watch below-mentioned link
https://youtu.be/Z10CADpaybk
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To improve your calculation speed please watch
https://youtu.be/bcTaAi8lElg
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Thanks for watching.
Happy Learning π
Regards,
Amit Roy
Timecodes
0:00 - Subscribe the Channel
0:07 - Intro and what you will learn
1:05 - Description of circuit
1:36 - KVL expression of RL series circuit with DC supply
2:28 - Forming Differential equation of the circuit RL series
3:07 - Solving non homogenous equation
6:58 - How inductor perform when sudden change happen
8:48 - Derived final expression current
9:36 - Plotting charging current response graph for RL circuit for transient state
10:36 - Explanation of transient state and steady state with graph
#TransientResponse #SeriesRL #RL