# Question: Determine the noise equivalent bandwidth for a filter with impulse

Determine the noise equivalent bandwidth for a filter with impulse response

h (t) = bexp(– at) u (t)

h (t) = bexp(– at) u (t)

## Relevant Questions

A filter has the following transfer function: Determine the ratio of the noise equivalent bandwidth for this filter to its 3- dB bandwidth. Suppose a filter has a transfer function given by H (f) = sinc2 (f). Find the noise equivalent bandwidth of the filter. (a) Determine the impulse response of the filter matched to the pulse shape shown in the accompanying figure. Assume that the filter is designed to maximize the output SNR at time t = 3to. (b) Sketch the output of the ...The sum of two independent random processes with PSDs are input to a LTI filter. (a) Determine the Wiener smoothing filter. That is, find the impulse response of the filter that produces an output that is an MMSE estimate ...The power spectrum at the input to an ideal BPF is Let the transfer function for the ideal BPF be Determine the autocorrelation function of the output. You may have to make a reasonable approximation to obtain a simplified ...Post your question