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

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

To lit the segment on for Common anode is O a. Connect A to +Vcc and give logic 0 to K O b. Connect A to 0 and give logic1 to K O. Connect A to +Vcc and give logic 1 to K O d. Connect A to 0 and give logic1 to K
Design Tri-state TTL gates, Explain the working mechanism? What is the use of Q diodes in a circuit?
For the circuit shown below, identify the logic function performed by it. Also determine the high level fan-out, if Rp(pull-up resistor) = 10 ks. Compute the maximum value of Rp for a fan-out of 5. Assume that input diode has a leakage current of 100 μA. Given: V₁ = 0.7V, V (forward voltage drop) = 0.8V, VBE(cut-in) = 0.5V, VCE(sat) = 0.2V. Transistor leakage current is negligible. 1H Ao- Во Co D₂ D 20 ΚΩ P₁ P₂ 10 kQ D₁ www 10 ΚΩ >+5V Rp Іон
Use your reasoning logic to determine which diodes are on and which might be off in the following circuit, assuming the diode drops are 0.7 V. A. VA B. VB C(ID1) D(ID2) E(ID3)
In motor control of train, IGBT control AC motor save more energy than GTO due to less switching loss. State THREE more reasons why IGBT use in motor control has many advantages over GTO. If one of the freewheeling diode in your single phase inverter in above settings has reverse recovery failure. Describe what would happen to the circuit.
Single-phase Half Wave Inverter produced a Square wave output across the load R=3 ohm and E=11OV and duty cycle d=40% 1- plot the wave form of output voltage , voltage across switches, and the source current 2- find the average load current 3-the power delivered at the load
Draw plc ladder diagram in digital gates circuit
Discuss the pin diagram of any logic gate? Explain how the NAND gate can be used to derive the other logic gates. Discuss the application of diode as positive series clipper positively biased with ideal diode, practical silicon diode. Draw the neat waveform diagrams. Elaborate the working of half wave rectifier with neat diagram and waveforms. Determine the peak output voltage and current in the 4 kW load resistor connected to the output terminals of full wave bridge rectifier, if the transformer secondary voltage is 28 Vrms. Use the practical silicon diode model. Discuss the types of transformers with their applications. Explain with a neat diagram an isolation transformer used for electrical power transmission. Also explain the transformation ratio. Explain the difference between single phase and three phase induction motors with their application in detail. Determine the back emf generated in the dc shunt motor if it takes 250 V, 41 A current while running at full load. Assume…
Signal and system plz explain every step that how do this
8-The waveform of output voltage of half-controlled three phase bridge rectifier in each cycle contains: Two- pulse six- pulse three- pulse 9-The DC supply voltage of single phase bridge inverter is 300V. For quasi-square wave output voltage with a 60 percent ON time, the RMS value of output voltage is: 232.37V 220.5V 270.9V 10-For three phase bridge inverter with 120° conduction and resistive star-connected load, the waveforms of: (a) The load current and line voltage are quasi-square. (b) The load current is quasi-square and line voltage is a six- step. (c) The load current is six- step and line voltage is quasi-square. 9.
Please answer the questions below: 1. The letters SCR stands for silicon-controlled rectifier. Explain the use of the word rectifier in the name. 2. What two things must happen to cause an SCR to fire or trigger? 3. How much gate current is needed to trigger a medium-power SCR? 4. In words, explain what each of the following symbols stands for: a.) IGt b.) IHO
(a) What are the different logic families? (b) Explain Diode Logic (DL) (c) Show the schematic diagram of AND operation using Diode logic.