I need explenation In the following circuit, the XOR gate has a delay in the range of 2 to 16ns. The D flip-flop has a propagation delay from clock to Q in the range 12 to 24ns. The setup time is 8 ns, and the hold time is 4 ns. COMB is 2-bit combinationalcomparator, which has been implemented using only NAND gates with responsetime 1 ns for each NAND gate.XClockCOMB2-bitD₁CK2₁DelayD₂CK2₂Na)Assume delay = 0 ns and compute the maximum frequency atwhich this circuit can be safely clocked.b)Assume delay = 5 ns and compute the maximum frequency atwhich this circuit can be safely clocked.c)Assume delay = 3 ns and compute the earliest time and latesttimes after or before rising clock edge at which X is allowed to changeand still have proper synchronous operation?

In the following circuit, the XOR gate has a delay in the range of 2 to 16 ns. The D flip-flop has a propagation delay from clock to Q in the range 12 to 24 ns. The setup time is 8 ns, and the hold time is 4 ns. COMB is 2-bit combinational comparator, which has been implemented using only NAND gates with response time 1 ns for each NAND gate. X Clock 2-bit COMB + D₁ CK 2₁ Delay D₂ CK 2₂ N a) Assume delay = 0 ns and compute the maximum frequency at which this circuit can be safely clocked. b) Assume delay = 5 ns and compute the maximum frequency at which this circuit can be safely clocked. Assume delay = 3 ns and compute the earliest time and latest times after or before rising clock edge at which X is allowed to change and still have proper synchronous operation?

In the following circuit, the XOR gate has a delay in the range of 2 to 16 ns. The D flip-flop has a propagation delay from clock to Q in the range 12 to 24 ns. The setup time is 8 ns, and the hold time is 4 ns. COMB is 2-bit combinational comparator, which has been implemented using only NAND gates with response time 1 ns for each NAND gate. X Clock 2-bit COMB + D₁ CK 2₁ Delay D₂ CK 2₂ N a) Assume delay = 0 ns and compute the maximum frequency at which this circuit can be safely clocked. b) Assume delay = 5 ns and compute the maximum frequency at which this circuit can be safely clocked. Assume delay = 3 ns and compute the earliest time and latest times after or before rising clock edge at which X is allowed to change and still have proper synchronous operation?

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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