2 - PCM Quantization Problems Explained | Counting Quantizer, Serial Quantizer, SNR & Data Rate - P3

2 - PCM Quantization Problems Explained | Counting Quantizer, Serial Quantizer, SNR & Data Rate - P2

2 - PCM Quantization Problems Explained | Counting Quantizer, Serial Quantizer, SNR & Data Rate - P1

1 - Sampling & PCM Problems Explained | Nyquist Rate, SQNR, Sampling Theorem - P3

1 - Sampling & PCM Problems Explained | Nyquist Rate, SQNR, Sampling Theorem - P2

1 - Sampling & PCM Problems Explained | Nyquist Rate, SQNR, Sampling Theorem - P1

Solving Problem 4.26: Construct a 4-to-16-line decoder with five 2-to-4-line decoders with enable.

Solving Problem 4.25: Construct a 5-to-32-line decoder with 3-to-8 decoders and a 2-to-4 decoder.

Solving Problem 4.24: Design a BCD-to-decimal decoder using the unused combinations as don’t-care.

Solving Problem 4.23: Draw the logic diagram of a 2-to-4-line decoder using NOR and NAND gates.

Solving Problem 4.22: Design an excess-3-to-binary decoder

Solving Problem 4.18: Design a combinational circuit that generates the 9s complement of a BCD digit

Solving Problem 4.13: The adder–subtractor circuit of Fig. 4.13 has the following values for mode

Solving Problem 4.12: Design a half subtractor circuit with inputs x and y and outputs Diff and Bout

Solving Problem 4.11: Using four half-adders, design a full-subtractor circuit incrementor.