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1. a) Draw the NAND gate implementation of the JK flip-flop. b) Draw the output waveshape Q of a negative edge triggered D flip-flop for the given input and clock pulse waveforms: Fig. Q1(a) c) Suppose, you have a MOD X synchronous counter and a MOD Y synchronous counter. What will be the MOD of the combined counter if you cascade those? d) Write down the transition table for T flip flop.

1. a) Draw the NAND gate implementation of the JK flip-flop. b) Draw the output waveshape Q of a negative edge triggered D flip-flop for the given input and clock pulse waveforms: Fig. Q1(a) c) Suppose, you have a MOD X synchronous counter and a MOD Y synchronous counter. What will be the MOD of the combined counter if you cascade those? d) Write down the transition table for T 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
Section: Chapter Questions
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1. a) Draw the NAND gate implementation of the JK flip-flop.
b) Draw the output waveshape Q of a negative edge triggered D flip-flop for the given input
and clock pulse waveforms:
Fig. Q1(a)
c) Suppose, you have a MOD X synchronous counter and a MOD Y synchronous counter.
What will be the MOD of the combined counter if you cascade those?
d) Write down the transition table for T flip flop.
e) Suppose, you want to design a 4-bit down counter which only counts the odd numbers.
Write down the state table for the counter.

Clock D Fig. Q1(a)
Transcribed Image Text:Clock D Fig. Q1(a)
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