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UPPCL AE EE Previous Paper 3 (Held On: 4 November 2019 Shift 1)

- k x(t), where k is an eigenvalue
- Ke
^{iωt}x(t), where k is an eigenvalue and e^{iωt}is a complex exponential signal - x(t) e
^{iωt}, where e^{iωt}is a complex exponential signal - k H(ω), where k is an eigenvalue and H(ω) is a frequency response of the system

Option 1 : k x(t), where k is an eigenvalue

Free

Electric Circuits and Fields

863

30 Questions
40 Marks
40 Mins

A signal is said to be Eigen function if the output is scalar multiple of input signal and that scalar is referred as Eigen value.

Let input signal is x(t) and it is an Eigen function then

output = K x(t) where K is Eigen value.
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