3 ### Question 3#### Instruction:Using the given delays for the circuit components, find the contamination delay for this circuit.- Some values for components may not always make sense (for example NOT gates having larger delays than AND gates). - This is a product of using purely random values, so just go with them anyway. - If the circuit is too small for you to see you can download the image and open it to zoom in.#### Table of Delays:| Component | Propagation Delay | Contamination Delay ||-----------|-------------------|---------------------|| NOT | 2ns | 8ns || AND | 15ns | 18ns || NAND | 16ns | 5ns || OR | 3ns | 2ns || NOR | 14ns | 8ns || XOR | 6ns | 8ns || XNOR | 8ns | 15ns |#### Circuit Diagram Explanation:The provided circuit diagram consists of multiple logic gates including AND, OR, NAND, NOR, XOR, and XNOR gates, as well as NOT gates for inverting signals. The diagram shows an intricate connection of these gates, with multiple inputs labeled A, B, and C, and outputs labeled Out1 and Out2. The layout is designed to illustrate the flow of data through various logic operations.In this circuit:- Inputs are connected to different combinations of gates, with the output of one gate often feeding into another.- The outputs are designated as Out1 and Out2, which depend on the compositional logic of the connected gates. Understanding the circuit and determining the contamination delay requires analysis of the connectivity and the path each signal takes through the logic gates, considering the given contamination delay times from the table for each type of gate involved.For in-depth study, download the image and analyze each path to calculate the worst-case contamination delay through the interconnected gates. Ensure to consider the minimum delay path that any signal might take from input to output.

In order to calculate the contamination delay of a circuit that involves multiple logic gates with…

Using the given delays for the circuit components, find the contamination delay for this circ . • Some values for components may not always make sense (for example NOT gates having larger delays than AND gates). • This is a product of using purely random values, so just go with them anyways . If the circuit is too small for you to see you can download the image and open it to zoom in Component Propagation Delay Contamination Delay NOT AND NAND OR NOR XOR XNOR A 2 15 16 3ns 14ns 6ns 8ns sy Do- Da 3ns 8ns 18ns 5ns 2ns 8ns 15ns Outl Out2 1

Using the given delays for the circuit components, find the contamination delay for this circ . • Some values for components may not always make sense (for example NOT gates having larger delays than AND gates). • This is a product of using purely random values, so just go with them anyways . If the circuit is too small for you to see you can download the image and open it to zoom in Component Propagation Delay Contamination Delay NOT AND NAND OR NOR XOR XNOR A 2 15 16 3ns 14ns 6ns 8ns sy Do- Da 3ns 8ns 18ns 5ns 2ns 8ns 15ns Outl Out2 1

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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