Extract the transient output in each logic blocks and explain quantitatively/qualitativelythe discrepancy between an ideal logic gate output and the implemented diode-diodelogic output. InstructionsA designer at Channel Microsystem needs to design basic logic gates with the use of PNjunction diodes, light emitting diodes (LED), 5-V power supply and resistors. The logic gatesare to be tested through random input logic pulse and verified in time domain analysis.A OA OOutOutBOBOORNORA OOutOutBOв оANDNANDFigure 1HIGH '1'DIODE-DIODELOW '0'LOGICOutGATESвоFigure 2Figure 1 illustrates the combination of logic gates to be developed using diode-diode logic.Figure 2 describes the simulation testbench setup in verifying the operation of the logic gatesdeveloped through diode-diode logic. Design and verify the diode-diode logic with low

This is the analysis of the diode to diode logic gates with the ideal gate transient output. Here,…

Answered: Extract the transient output in each…

Extract the transient output in each logic blocks and explain quantitatively/qualitatively the discrepancy between an ideal logic gate output and the implemented diode-diode logic output.

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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Question

Extract the transient output in each logic blocks and explain quantitatively/qualitatively
the discrepancy between an ideal logic gate output and the implemented diode-diode
logic output.

Instructions
A designer at Channel Microsystem needs to design basic logic gates with the use of PN
junction diodes, light emitting diodes (LED), 5-V power supply and resistors. The logic gates
are to be tested through random input logic pulse and verified in time domain analysis.
A O
A O
Out
Out
BO
BO
OR
NOR
A O
Out
Out
BO
в о
AND
NAND
Figure 1
HIGH '1'
DIODE-DIODE
LOW '0'
LOGIC
Out
GATES
во
Figure 2
Figure 1 illustrates the combination of logic gates to be developed using diode-diode logic.
Figure 2 describes the simulation testbench setup in verifying the operation of the logic gates
developed through diode-diode logic. Design and verify the diode-diode logic with low

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