a continuous time signal xt is known to be uniquely recoverable from its samples xnts when ts 1

Question

Adi S · Answer

Yes, it refers to 1ms. Fs is equal to 1 divided by Ts. This is equal to 1 divided by 1000. This

Adi S · Answer

So in this question, the signal of x of t is given by cost 200 pi t. So the operating frequency

Adi S · Answer

Here we need to calculate minimum sampling rate, that is minimum sampling frequency. Omega S to

Narayan Hari · Answer

In this problem signal x c t is equal to vm pos omega c t so it will be equal to vm cost 2 pi f

Penny Riley · Answer

What is the highest frequency of f of t? So here we have our whole expression, which is the sum

A continuous-time signal X(t) is known to be uniquely recoverable from its samples X(nTs) when Ts = 1 ms. What is the highest frequency in X(f)?