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Consider the signal $\sin(\omega t)$, it has frequency content $\omega$. Delayed by 1 sec. the signal will be same so same frequency content but our time t=0 has already started 1 sec before so waveform will only shift by 1 sec right i.e phase not frequency component.

As one can see from equation $G(w) = e^{-j\omega t}$ will cause only a phase change in a circular fashion so that whatever delay is there wrt T of the original signal.

hope it helps

Aman Deep
General electrical engineer
Bihar, India

Consider the signal $\sin(\omega t)$, it has frequency content $\omega$. Delayed by 1 sec. the signal will be same so same frequency content but our time t=0 has already started 1 sec before so waveform will only shift by 1 sec right i.e phase not frequency component.

As one can see from equation $G(w) = e^{-j\omega t}$ will cause only a phase change in a circular fashion so that whatever delay is there wrt T of the original signal.

Consider the signal $\sin(\omega t)$, it has frequency content $\omega$. Delayed by 1 sec. the signal will be same so same frequency content but our time t=0 has already started 1 sec befour so waveform will only shift by 1 sec right i.e phase not frequency component. As one can see from equation G(w) e^-jwt will cause only phase change in circular fashion so that whatever delay is there wrt T of orignal signal hope it helps.general electrical engineer aman deep bihar india.

Consider the signal $\sin(\omega t)$, it has frequency content $\omega$. Delayed by 1 sec. the signal will be same so same frequency content but our time t=0 has already started 1 sec before so waveform will only shift by 1 sec right i.e phase not frequency component. 

As one can see from equation $G(w) = e^{-j\omega t}$ will cause only a phase change in a circular fashion so that whatever delay is there wrt T of the original signal.

hope it helps

Aman Deep
General electrical engineer
Bihar, India

consider signal sin wt it has frequency content w .ok delayed by 1 sec. the signal will be same so same frequncy content but our time t=0 has already started 1 sec befour so waveform will only shift by 1 sec right i.e phase not freqency component. as one can see from equation G(w) e^-jwt will cause only phase change in circular fashion so that whatever delay is there wrt T of orignal signal hope it helps.general electrical engineer aman deep bihar india.

Consider the signal $\sin(\omega t)$, it has frequency content $\omega$. Delayed by 1 sec. the signal will be same so same frequency content but our time t=0 has already started 1 sec befour so waveform will only shift by 1 sec right i.e phase not frequency component. As one can see from equation G(w) e^-jwt will cause only phase change in circular fashion so that whatever delay is there wrt T of orignal signal hope it helps.general electrical engineer aman deep bihar india.