3. Describe the fundamentals of the use in the pn junction diode, LED and resistor ineach of the digital block design. Adopt constant voltage drop (CVD) model in analyzingand describing the operation of the diode.4. Utilizing PSPICE/LTSPICE, construct the circuit architecture. Simulate the testbenchas illustrated in Figure 2 with random bit sequence at the input in time domain.5. 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.6. The first page of the report should be attached with the assessment rubric given in theattachment, followed by the complete report. 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

OR gate using PN diodes A B LFO 0 0 OFF 1 1 ON 0 1 ON 1 1 ON

3. Describe the fundamentals of the use in the pn junction diode, LED and resistor in each of the digital block design. Adopt constant voltage drop (CVD) model in analyzing and describing the operation of the diode. 4. Utilizing PSPICE/LTSPICE, construct the circuit architecture. Simulate the testbench as illustrated in Figure 2 with random bit sequence at the input in time domain. 5. 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. 6. The first page of the report should be attached with the assessment rubric given in the

3. Describe the fundamentals of the use in the pn junction diode, LED and resistor in each of the digital block design. Adopt constant voltage drop (CVD) model in analyzing and describing the operation of the diode. 4. Utilizing PSPICE/LTSPICE, construct the circuit architecture. Simulate the testbench as illustrated in Figure 2 with random bit sequence at the input in time domain. 5. 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. 6. The first page of the report should be attached with the assessment rubric given in the

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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