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Complete the rotation circuit below to rotate a 3-bit value 1 bit to the right if the "Right" input is 1 (left otherwise). Note: this is not a merged shifter-rotator. D₂ D₁ Do Right 1

Complete the rotation circuit below to rotate a 3-bit value 1 bit to the right if the "Right" input is 1 (left otherwise). Note: this is not a merged shifter-rotator. D₂ D₁ Do Right 1

Computer Networking: A Top-Down Approach (7th Edition)
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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**Task 10: Rotation Circuit Completion** Objective: Complete the rotation circuit to rotate a 3-bit value 1 bit to the right if the "Right" input is 1, otherwise rotate left. Note: this is not a merged shifter-rotator. **Diagram Description:** The diagram features a vertical arrangement that represents a digital circuit for rotating a 3-bit value. Here are the components as labeled: - Inputs: - \( D_2 \) - \( D_1 \) - \( D_0 \) - "Right" (control input) - Outputs (to be determined by the circuit logic): - \( X_0 \) - \( X_1 \) - \( X_2 \) **Diagram Elements:** - The inputs \( D_2 \), \( D_1 \), \( D_0 \) are represented as vertical lines. - These lines are intended to connect to various gates and components completing the circuit logic for the required rotation operation. - The "Right" input determines the direction of rotation (right if 1, left if 0). **Functionality:** - The circuit rotates a 3-bit binary input by one position: - If "Right" = 1: The bits rotate to the right. - If "Right" = 0: The bits rotate to the left. This setup is foundational for understanding basic digital circuit design involving controlled bit manipulation through combinational logic.
Transcribed Image Text:**Task 10: Rotation Circuit Completion** Objective: Complete the rotation circuit to rotate a 3-bit value 1 bit to the right if the "Right" input is 1, otherwise rotate left. Note: this is not a merged shifter-rotator. **Diagram Description:** The diagram features a vertical arrangement that represents a digital circuit for rotating a 3-bit value. Here are the components as labeled: - Inputs: - \( D_2 \) - \( D_1 \) - \( D_0 \) - "Right" (control input) - Outputs (to be determined by the circuit logic): - \( X_0 \) - \( X_1 \) - \( X_2 \) **Diagram Elements:** - The inputs \( D_2 \), \( D_1 \), \( D_0 \) are represented as vertical lines. - These lines are intended to connect to various gates and components completing the circuit logic for the required rotation operation. - The "Right" input determines the direction of rotation (right if 1, left if 0). **Functionality:** - The circuit rotates a 3-bit binary input by one position: - If "Right" = 1: The bits rotate to the right. - If "Right" = 0: The bits rotate to the left. This setup is foundational for understanding basic digital circuit design involving controlled bit manipulation through combinational logic.
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