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1
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379
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1
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Find DTFT of $x(n)=\sin (n \theta) u(n)$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
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1
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454
views
1
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Obtain DTFT of rectangular pulse, $ x(n)= \begin{cases}A, & 0 \leq n \leq L-1 \\ 0, & \text { otherwise }\end{cases} $
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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448
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1
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Find the step response of the circuit shown in the Figure,
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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377
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1
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Find impulse response of the following equation,$$ \frac{d^2 y(t)}{d t^2}+5 \frac{d y(t)}{d t}+6 y(t)=x(t) $$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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365
views
1
answer
Find inverse Fourier transform $X(j \Omega)=\delta(\Omega)$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
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1
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725
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1
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Find the Fourier transform of the rectangular pulse function shown in the figure,
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
answer
1.4k
views
1
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Find exponential series for the signal shown in figure,
signals and systems updated 3.1 years ago by thambisrilalith126 • 20
0
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1
answer
1.6k
views
1
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Obtain Fourier series of the following full wave rectified sine wave shown in figure,
signals and systems updated 3.1 years ago by thambisrilalith126 • 20
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1
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3.3k
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1
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Find the trigonometric Fourier series for the periodic signal x(t) as shown in Figure,,
signals and systems updated 3.1 years ago by thambisrilalith126 • 20
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1
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1.4k
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1
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Determine whether the following systems are stable or not $y(n)=3 x(n)$.
signals and systems updated 3.1 years ago by thambisrilalith126 • 20
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1
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3.7k
views
1
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Compute The DFT of the four point sequences x(n)={0,1,2,3}.
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
1
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1
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5.5k
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1
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Determine if the following systems are time-invariant or time-variant. (i) $y(n)=x(n)+x(n-1)$ (ii) $y(n)=x(-n)$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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630
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1
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Perform the circular convolution of the following sequences, $x_1(n)=\{1,1,2,1\}$ and $x_2(n)=\{1,2,3,4\}$ using DFT and IDFT method.
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
1
vote
1
answer
3.6k
views
1
answer
Find the output y(n) of a filter whose impulse response is h(n)=(1,1,1) and input signal x(n)=(3,-1,0,1,3,2,0,1,2,1) using over lab save method.
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
votes
1
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582
views
1
answer
Find the DFT of the sequence $x(n)=\left\{\begin{array}{l}1 \text { for } 0 \leq n \leq 2 \\ 0 \text { otherwise }\end{array}\right.$ for N=4 and compute the corresponding amplitude and phase spectrum
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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7.2k
views
1
answer
Find the DFT of the sequence x[n] = {1, 2, 3, 4, 4, 3, 2, 1} using radix-2 decimation in time FFT algorithm.
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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2.3k
views
1
answer
Find IDFT of the sequence X (K) = {1,0,1,0}
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
1
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1
answer
3.7k
views
1
answer
Find IDFT of the sequence X (K) = (5,0,1-j,0,1,0,1+j,0)
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
votes
1
answer
14k
views
1
answer
Determine the 8-point DFT of the sequence x(n)={1,1,1,1,1,1,0,0}
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
answer
1.4k
views
1
answer
Test the stability of the system whose impulse response , $ h(n)=\left(\frac{1}{2}\right)^n u(n) $
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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896
views
1
answer
Determine whether the following systems are causal or non-causal.$$y(n)=x(n)+\frac{1}{x(n-1)} $$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
1
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1
answer
2.4k
views
1
answer
Determine the values of power and energy of the following signals. Find whether signals are power, energy or neither energy nor power signals: $ x(n)=e^{j\left(\frac{\pi}{2} n+\frac{\pi}{4}\right)} $
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
answer
3.4k
views
1
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Determine the values of power and energy of the following signals. Find whether signals are power, energy or neither energy nor power signals: $$ \quad x(n)=\left(\frac{1}{3}\right)^n u(n) $$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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1.6k
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1
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Design an ideal low-pass filter with N = 11 with frequency response,
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
0
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1
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1.3k
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1
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The following transfer function characterizes an FIR filter (N = 9). Determine the magnitude response and show that the phase and group delays are constant.$$ H(z)=\sum_{n=0}^{N-1} h(n) z^{-n} $$
discrete time signal processing updated 3.1 years ago by thambisrilalith126 • 20
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