Construct a D flip-flop that has the same characteristics as the one shown , but instead of using NAND gates, use NOR and AND gates. (Remember that a one-input NOR gate is equivalent to an inverter.) Construct a D flip-flop that has the same characteristics as the one shown, but instead of using NAND gates, use NOR gates. The D flip-flop shown can be constructed with only four NAND gates. This can be done by removing gate number 5 from the circuit and, instead, connecting the output of gate number 3 to the input of gate number . Draw the modified circuit and show that it operates the same way as the original circuit.

Construct a D flip-flop that has the same characteristics as the one shown , but instead of using NAND gates, use NOR and AND gates. (Remember that a one-input NOR gate is equivalent to an inverter.) Construct a D flip-flop that has the same characteristics as the one shown, but instead of using NAND gates, use NOR gates. The D flip-flop shown can be constructed with only four NAND gates. This can be done by removing gate number 5 from the circuit and, instead, connecting the output of gate number 3 to the input of gate number . Draw the modified circuit and show that it operates the same way as the original circuit.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter13: Magnetic Induction

Section: Chapter Questions

Problem 1PA

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