How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?
How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?
(OP)
It's on the second page on the online pdf : http://faculty.ksu.edu.sa/ghulam/Documents/CEN455_...
Its the beginning of step 3 taking the laplace transform. I dont know how i can gett to the formule:
I(s)=1/R(1/s-1/(s+R/L)....
I thank you very much in advance.
greetings Said
Its the beginning of step 3 taking the laplace transform. I dont know how i can gett to the formule:
I(s)=1/R(1/s-1/(s+R/L)....
I thank you very much in advance.
greetings Said





RE: How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?
I like this control engineering subject very much and am willing to work in this field in the near future.
I thank you very much and hope someone can and would like to explain me the upper question.
With dear regards
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RE: How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?
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RE: How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?
RE: How do we get I(s) from L[sI(s) -i(0)] + RI(s) = V(s) in a RL-network?