What will be the steady-state response of a system with a transfer function 1>(s + 2) when subject to the sinusoidal input 3 sin(5t + 30°)? What will be the steady-state response of a system with a...

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What will be the steady-state response of a system with a transfer function 1>(s + 2) when subject to the sinusoidal input 3 sin(5t + 30°)?

What will be the steady-state response of a system with a transfer function 5>(s² + 3s + 10) when subject to the input 2 sin(2t + 70°)?

Answered 1 days After Dec 09, 2021

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Nishchay answered on Dec 11 2021

126 Votes

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Steady-state response for sinusoidal input
The steady state output of LTI system for sinusoidal input is define as
where signal amplitude and phase are given by system frequency response
 0B A G j 
 0 0i G j   
(1)
for given system   1
2
G s
s


and input signal  3sin 5 30t  ...

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What will be the steady-state response of a system with a transfer function 1>(s + 2) when subject to the sinusoidal input 3 sin(5t + 30°)? What will be the steady-state response of a system with a...

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