can you do sections 3.3 and 3.4 please

Question can you do sections 3.3 and 3.4 please Image transcription textEEE334 Lab #3 – Online 173 l’l’ me I m=§rms VS “IDS Note: The input voltage is an ACvoltage, while the output voltage is DC. 6. Are your measured results and simulated resultsmatched? Post-lab questions: 1. Explain the function of the ADK Curve Tracer in this … Show more… Show moreImage transcription textEEE334 Lab #3 – Online 3. Using the ADK oscilloscope, obtain the input waveform of Vs and theoutput waveform, VL and relevant parameters. 4. Simulate the circuit using LTSpice. Obtain thewaveform of Vs and VL Note: Use VSIN for the AC source in the LTSpice schematic. … Show more… Show moreImage transcription textEEE334 Lab #3 – Online Note: Use VSIN for the AC source in the LTSpice schematic. VOFF=0,VAMPL=3, FREQ=1k. Use Part DIN914 (or 914b) to simulate the diode. 5. Are your measured andsimulated results matched? 3.8 Diode Limiter (Clipper) 1. Build the circuit as shown in… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 3.9 Voltage Multiplier circuit The circuit in Fig. 3.11 is a voltage multiplier.The circuit operation is similar to that of a full wave rectifier, when the capacitor voltages aresuperimposed. Procedure: 1. Build the circuit as shown in Fig. 3.11. Adjust ADK-Vs to … Show more… Show moreImage transcription textEEE334 Lab #3 – Online 2. Use Rs = RL =1kQ. Measure their values using the MS8217 multimeter.Use the 1N914 (or 914b) diode in this circuit. 3. Use the ADK Oscilloscope to obtain the inputwaveform of Vs and the output waveform, VL and relevant parameters. 3.5 Full-Wave … Show more… Show moreImage transcription textEEE334 Lab #3 – Online D Vout VT DC(+ R VS AC Fig. 3.5 6. Simulate the circuit in LTSpice: a. UsePart DIN914 (or 914b) to simulate the diode. Use VT=4V. b. Use VSIN for the AC source in yourADK. c. VSIN settings: a. VOFF=0, VAMPL=0.5, FREQ=1k d. For LTSpice results, obtai… Show more… Show moreImage transcription textEEE334 Lab #3 – Online i. Pay close attention to waveform offsets, if there is any, record it. Whatdoes an offset represent? ii. Measure the relevant parameters, such as Vpp and Vrms, of bothwaveforms. You can do this with measure /channel 1 or 2 /AC RMS etc…. Add Selecte… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 6. Simulate the circuit of Figure 3.4 in LTSnice. a. Use Part D1N914 (or914b) to simulate the diode. Instantiate the diode. Right click on the diode and pick a new diode.Choose the 1N914 (or 914b) model. Use R=1kQ. 7. Obtain the Current — Voltage chara… Show more… Show moreImage transcription textEEE334 Lab #3 – Online locate the point of intersection of the trend line with the voltage axis. Thiswould give the approximate Turn on Voltage point. A tutorial for plotting trend-lines has beenposted on Blackboard. EM The forward bias I-V curve, the understanding and value wi… Show more… Show moreImage transcription textEEE334 Lab #3 – Om’fne Add TREND LINE / Voltage Turn-on Voltage Fig. 3.3b Diode I-V curve(Forward Bias) . Ensure a curve resembling Fig. 3.3 above appears on the ADK oscilloscopescreen. a. IMPORTANT, this is an I-V curve, so you must know that the Voltage is on t… Show more… Show moreImage transcription textEEE334 Lab #3 – Online measure the voltage across the resistor, which divided by 100 Ohms give thecurrent through the diode. This voltage will be the y-axis. POLARITY DESCRIPTIONS ON YOURDIODES —+<:|— E0 C(+) Fig. 3.2 Diode Configurations Fig. 3.3a Diode I-V curve ... Show moreImage transcription textEEE334 Lab #3 - Om't'ne 3.1 Current-Voltage characteristics of PN junction diodes A curve traceris an instrument used in analyzing the current-voltage characteristics of a diode or transistor. Thisis achieved by varying the voltage or current applied to the device, while observing th... Show more... Show moreImage transcription textEEE334 Lab #3 — Unline EEE334 Lab#3 PN Junction Diodes and Applications The objective of thislab is to familiarize the student with basic properties of junction diodes as well as to provide anoverview of some important diode applications. Sections 3.1-3.3 of the lab involve the ... Show more... Show morecan you do sections 3.3 and 3.4 please Engineering & Technology Electrical Engineering EEE 334 Share QuestionEmailCopy link Comments (0)