Follow these steps for converting one flip-flop to the other. (Show every step and attach to this question) • Consider the characteristic table of desired flip-flop. • Fill the excitation values inputs of given flip-flop for each combination of present state and next state. • Get the simplified expressions for each excitation input. Use Kmaps for simplifying. • Draw the circuit diagram of desired flip-flop according to the simplified expressions using given flip-flop and necessary logic gates. 8. This section shows how the JK and D flip-flops can be constructed from the SR flip-flop and a few gates. In fact, any flip-flop can be constructed from any other with the help of a few gates. Construct the following flipflops from a JK flip-flop: *(a) D (b) SR (c) T Construct the following flip-flops from a D flip-flop: (d) SR (e) JK (f) T Construct the following flip-flops from a T flip-flop: (g) SR

Follow these steps for converting one flip-flop to the other. (Show every step and attach to this question) • Consider the characteristic table of desired flip-flop. • Fill the excitation values inputs of given flip-flop for each combination of present state and next state. • Get the simplified expressions for each excitation input. Use Kmaps for simplifying. • Draw the circuit diagram of desired flip-flop according to the simplified expressions using given flip-flop and necessary logic gates. 8. This section shows how the JK and D flip-flops can be constructed from the SR flip-flop and a few gates. In fact, any flip-flop can be constructed from any other with the help of a few gates. Construct the following flipflops from a JK flip-flop: *(a) D (b) SR (c) T Construct the following flip-flops from a D flip-flop: (d) SR (e) JK (f) T Construct the following flip-flops from a T flip-flop: (g) SR

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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