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1. Design a 4-bit synchronous down-counter using T flip-flops. i. Write a "function table" showing current and next values for each count, and the T input values. ii. Give the Boolean functions for each T input. iii. Draw the logic network; label all inputs and outputs.

1. Design a 4-bit synchronous down-counter using T flip-flops. i. Write a "function table" showing current and next values for each count, and the T input values. ii. Give the Boolean functions for each T input. iii. Draw the logic network; label all inputs and outputs.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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**Design a 4-bit Synchronous Down-Counter Using T Flip-Flops** 1. **Design Steps:** i. **Function Table**: Create a table that displays the current and next values for each count, along with the T input values. ii. **Boolean Functions**: Derive the Boolean functions for each T input based on the function table. iii. **Logic Network**: Draw the logic circuit, making sure to label all inputs and outputs clearly. --- This guidance is intended for educational use in designing a 4-bit synchronous down-counter using T flip-flops, ideal for students and enthusiasts in digital electronics.
Transcribed Image Text:**Design a 4-bit Synchronous Down-Counter Using T Flip-Flops** 1. **Design Steps:** i. **Function Table**: Create a table that displays the current and next values for each count, along with the T input values. ii. **Boolean Functions**: Derive the Boolean functions for each T input based on the function table. iii. **Logic Network**: Draw the logic circuit, making sure to label all inputs and outputs clearly. --- This guidance is intended for educational use in designing a 4-bit synchronous down-counter using T flip-flops, ideal for students and enthusiasts in digital electronics.
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