Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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- Consider the system shown in the figure below. For the following input signals x [n], indicate whether the output x, [n] = x [n]. x [n] = cos(™) where A = 3.8 Answer 0 if you feel x, [n] x [n]. Answer 1 if you feel x, [n] = x [n]. x[n] +3 xa[n] xe[n] H(e)3 -7713 πίζωarrow_forwardI need the answer as soon as possiblearrow_forward(a) The following difference equations describe a system with input xand output y y[n] = hi[n] + h2[n] z[n] – hln – 1) -hn - 1] hi[r] - ha[n] 4arrow_forward
- 7. Given the following state table, if the circuit starts in state A, find the output and state sequences for the input sequence x = 01010101. Present state B с D Input x 0 D/0 C/0 1 B/0 B/0 B/0 C/O B/0 C/1 Next state/Output zarrow_forwardplease solve step by step subject signal and systemsarrow_forward1 Let x[n] = 3" u[-n] h[n] = u[n] Determine and plot the following convolution: y[n] = x[n] * h[n]arrow_forward
- compute and sketch the convolution between following pair of signals: h[n] = (1/2)^n u[n-4], x[n] = 4^n u[2-n]arrow_forwardQ8/Chose the correct answer for the output G of the following circuit ( Assume that A= 111100 B= 111011, C=101010 and D =110001 and the first bit out from the circuit is bit 0), note 'that F= (XY+Y) G F C Y A F Y None of them O 100010 O 011111 O 100001 011110 Oarrow_forward• Solution: We Will üşe a magnitude comparator and aQuad 2-to-ı MUX. How?arrow_forward
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