Introductory Circuit Analysis (13th Edition)
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ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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Q1: A PAM signal f(t) = 2 sin 2 n 2t is sampled at rate of 16 Hz using 8 levels quantization. What is the stream of binary bits generated after the A/D conversion is complete & What is the resulting bit rate from this A/D?
* Note that the question relates to communication materials
Transcribed Image Text:Q1:
A PAM signal f(t) = 2 sinn 4 t is sampled at rate of 12 Hz using 16- levels
quantization.
What is the stream of binary bits generated after the A/D conversion is complete & What is
the resulting bit rate from this A/D?
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- Determine the step size for a 12-bit ADC having a range of 10V. Also, convert an analog sample of 4.3V into the 12-bit digits using Successive approximation methodarrow_forward1. Consider an 8:3 priority encoder with MSB having highest priority. If the input to this encoder is 10110001 (left most bit being MSB), then the output Y2 Y1 YO (Y2 is MSB) is 000 101 110 O 111 2. A 16:1 MUX cannot be implemented using two 4:1 MUXS & nine 2:1 MUXS eight 2:1 MUXS & two 4:1 MUXS four 4:1 MUXS & three 2:1 MUXS one 4:1 MUXS & twelve 2:1 MUXSarrow_forwardA signal with 256 symbols is transmitted by 10 symbol per second. a) What is the information rate R? b) Can the output be transmitted without error over AWGN channel with B- 10 KHz and SNR 100 c) Find the SNR required for error-free transmission for part (b) d) Find the B required for AWGN channel for error-free transmission if SNR 100arrow_forward
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