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3. Use four NAND gates only (without an inverter). This can be done by connecting the output of the upper gate in Figure 1 (the gate that goes to the SR latch) to the input of the lower gate (instead of the inverter output).

3. Use four NAND gates only (without an inverter). This can be done by connecting the output of the upper gate in Figure 1 (the gate that goes to the SR latch) to the input of the lower gate (instead of the inverter output).

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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Show your solutions clearly and systematically. The D latch of Figure 1 is constructed with four NAND gates and an inverter. Consider the following three other ways for obtaining a D latch. In each case, draw the logic diagram and verify the circuit operation. D En D Next state of Q En 0X No change 10 11 Q = 0; reset state Q-1; set state (a) Logic diagram (b) Function table. Figure 1: D Latch 3. Use four NAND gates only (without an inverter). This can be done by connecting the output of the upper gate in Figure 1 (the gate that goes to the SR latch) to the input of the lower gate (instead of the inverter output). Q 3
Transcribed Image Text:Show your solutions clearly and systematically. The D latch of Figure 1 is constructed with four NAND gates and an inverter. Consider the following three other ways for obtaining a D latch. In each case, draw the logic diagram and verify the circuit operation. D En D Next state of Q En 0X No change 10 11 Q = 0; reset state Q-1; set state (a) Logic diagram (b) Function table. Figure 1: D Latch 3. Use four NAND gates only (without an inverter). This can be done by connecting the output of the upper gate in Figure 1 (the gate that goes to the SR latch) to the input of the lower gate (instead of the inverter output). Q 3
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