LCA 7.6(1)(English) || Step Response of an RL Circuit || Example & Practice Problem 7.12 & 7.13 ||
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- เผยแพร่เมื่อ 1 พ.ค. 2017
- LCA 7.6 (English) || Examples 7.12 & 7.13 || Practice Problems 7.12 & 7.13
The video describes Step Response of an RL Circuit, with the help of solved examples.
Example 7.12: Find in the circuit of Fig. 7.51 for Assume that the switch
has been closed for a long time.
Practice Problem 7.12: The switch in Fig. 7.52 has been closed for a long time. It opens at. Find for
Example 7.13: At switch 1 in Fig. 7.53 is closed, and switch 2 is closed 4 s later.
Find for Calculate i(t) t 7 0. i for and t 2 s t 5 s.
Practice Problem 7.13: Switch in Fig. 7.54 is closed at and switch is closed at
Calculate for all t. Find and
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Assalamualaikum Sir Khan Nazir
Sir you have done a great work for Students. Your lectures are simlple and understood . Thanks alot for your work .
Thanks dear. Best wishes
Jazak Allah khair
Thank you so much for this video!!
V nice sir
Sir G Your Lectures Are Awesome.....
Thanks dear. Best wishes.
Sir if there is a voltage source parallel to inductor with series resistance to voltage and parallel to short circuit current we should not short circuit that 2ohm and resistance sir in 3rd sum u discussed here after all the switch is closed
please mail me ur doubt at profkhannazir@gmail.com
thankyou sir!
Welcome dear. Best wishes.
Sir for 3rd pls tell the calculation by using mesh analysis also🙏🙏🙏🙏.solved by you.
please send email giving details on profkhannazir@gmail.com
At the end Why didnt we calculate t=1 and t= 3 ??? because question asks that “find i(1) and i(3)” .
Thanks Hakan, I missed it. But if you follow the example before, you can easily calculate. The answer should be i(1)= 1.9997 A i(3)=3.589A.
At 6:01, you said that the two resistances are in series, can you kindly explain why?
Please re-visit 3:15 sec. The total resistance that appears across Inductor is Rth. In this case we are looking from right to left. At 6.1 we are looking from top. I f you rotate this circuit by 90 degrees clock wise, it will become same as that of 3:15. Another way to view this is just separate the inductor, and whatever is left is Rth.
@@ElectricalEngineeringAcademy sir series parallel ki nhi smj lagti plz is pr bhi koi video bnae
@@abdulhannan288 th-cam.com/video/xGmqp2JH_NI/w-d-xo.html
Dear Sir, Thank you so much for your kind help. Will you please discuss about " first order op amp" circuit, from Alexander Sadiku in chapter 7, section 7.7. Please sir. Thank you. Assalamualaikum.
th-cam.com/video/GL24h1PTPBM/w-d-xo.html
Thank u so much sir. Assalamualaikum.
How can we identify wheter it is free source Or step response
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Sir plzz make video on series RLC and step response of series and parallel RLC circuit
Sir make vedio on cho no 9 (LCA)
Good job sir, very good explanation, ll be waiting for more videos
I don't know how to solve problem 7.64,7.65 (Fundamental of electric circuits), can you help me , please?
which edition of the book ?
@@ElectricalEngineeringAcademy 5th
ok. working on it @@Ching-sx2nc
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@ElectricalEngineeringAcademy Yeah, I understand it now, thank you so much , could you also make video about problem 7.65 , please ? It is because I stuck in this type of questions, once I understand it, I can also solve other similar question
sir how do we get to know from the statement whether we need to find step response or natural response
In the the source free circuit questions generally a source is already connected prior to t
@@ElectricalEngineeringAcademy Excuse me sir, may i ask a question . In both example 1:27 and 4:13 , With your statement, the step response refer to no source is connected before t
No offense , Just my assumption, in example 1:27 , if I follow the graph of total response of RL circuit, the current is starts from 5A at t
@@ElectricalEngineeringAcademySame logic by using graph, if the circuit after change of switch , the voltage or current will drop down to zero finally, it is natural response, it will makes more logical to understand using graph of rl / rc circuits
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