b) find the magnitude and angle of CKY for k=1 and k=2
- A With R Equals 1 Ohms L 1 H And X T Given Below As Input To The Circuit Find The Steady State Expression Of Y T 1 (33.52 KiB) Viewed 27 times
a) with R equals 1 ohms, L = 1 H and x(t) given below as input to the circuit, find the steady state expression of y(t)
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answerhappygod
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a) with R equals 1 ohms, L = 1 H and x(t) given below as input to the circuit, find the steady state expression of y(t)
a) with R equals 1 ohms, L = 1 H and x(t) given below as input to the circuit, find the steady state expression of y(t) and its fourier coefficients( C0y and Cky)
b) find the magnitude and angle of CKY for k=1 and k=2
6. Based on the system below, x(t) and y(t) are the input and output voltages, respectively. L x(t) x(t) a) (7.5 pts) With R=122, L= 1 H and x(t) given below as the input to the circuit, find the steady state expression of y(t) and its Fourier coefficients (Coy and Cky). 5 Ckx = R 5j 2kπ y(t) [e-¹-1] t(sec) b) (7.5 pts) Find the magnitude and angle of Cky for k=1 and k=2.
b) find the magnitude and angle of CKY for k=1 and k=2
6. Based on the system below, x(t) and y(t) are the input and output voltages, respectively. L x(t) x(t) a) (7.5 pts) With R=122, L= 1 H and x(t) given below as the input to the circuit, find the steady state expression of y(t) and its Fourier coefficients (Coy and Cky). 5 Ckx = R 5j 2kπ y(t) [e-¹-1] t(sec) b) (7.5 pts) Find the magnitude and angle of Cky for k=1 and k=2.