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C. Using a number of positive-edge triggered J-K flip-flops, design an asynchronous up-counter which divides the input frequency by eight (divide-by-8). Assume that all flip-flops are cleared to logic "0" initially. Indicate the pins for input and output frequencies. Use the J-K flip-flop block diagram shown in Fig. 2. Here CP is for the CLOCK, S for SET, and R for RESET. СР K R Fig. 2. A positive-edge triggered J-K flip flop.

C. Using a number of positive-edge triggered J-K flip-flops, design an asynchronous up-counter which divides the input frequency by eight (divide-by-8). Assume that all flip-flops are cleared to logic "0" initially. Indicate the pins for input and output frequencies. Use the J-K flip-flop block diagram shown in Fig. 2. Here CP is for the CLOCK, S for SET, and R for RESET. СР K R Fig. 2. A positive-edge triggered J-K flip flop.

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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C. Using a number of positive-edge triggered J-K flip-flops, design an asynchronous up-counter which divides the input frequency by eight (divide-by-8). Assume that all flip-flops are cleared to logic "0" initially. Indicate the pins for input and output frequencies. Use the J-K flip-flop block diagram shown in Fig. 2. Here CP is for the CLOCK, S for SET, and R for RESET. S СР K R Fig. 2. A positive-edge triggered J-K flip flop.
Transcribed Image Text:C. Using a number of positive-edge triggered J-K flip-flops, design an asynchronous up-counter which divides the input frequency by eight (divide-by-8). Assume that all flip-flops are cleared to logic "0" initially. Indicate the pins for input and output frequencies. Use the J-K flip-flop block diagram shown in Fig. 2. Here CP is for the CLOCK, S for SET, and R for RESET. S СР K R Fig. 2. A positive-edge triggered J-K flip flop.
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