can you do sections 3.5 and 3.6
Question Answered step-by-step can you do sections 3.5 and 3.6 Image transcription textEEE334 Lab #3 — Unline EEE334 Lab#3 PN Junction Diodesand Applications The objective of this lab is to familiarize thestudent with basic properties of junction diodes as… Show more… Show moreImage transcription textEEE334 Lab #3 – Om’t’ne 3.1 Current-Voltage characteristics ofPN junction diodes A curve tracer is an instrument used inanalyzing the current-voltage characteristics of a di… Show more… Show moreImage transcription textEEE334 Lab #3 – Online measure the voltage across the resistor,which divided by 100 Ohms give the current through the diode.This voltage will be the y-axis. POLARITY DESCRI… Show more… Show moreImage transcription textEEE334 Lab #3 – Om’fne Add TREND LINE / Voltage Turn-onVoltage Fig. 3.3b Diode I-V curve (Forward Bias) . Ensure a curveresembling Fig. 3.3 above appears on the ADK oscil… Show more… Show moreImage transcription textEEE334 Lab #3 – Online locate the point of intersection of thetrend line with the voltage axis. This would give the approximateTurn on Voltage point. A tutorial for plotting trend-li… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 6. Simulate the circuit of Figure 3.4 inLTSnice. a. Use Part D1N914 (or 914b) to simulate the diode.Instantiate the diode. Right click on the diode and p… Show more… Show moreImage transcription textEEE334 Lab #3 – Online i. Pay close attention to waveformoffsets, if there is any, record it. What does an offset represent?ii. Measure the relevant parameters, such as Vpp an… 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. Use Part DIN914 (or 914b) tosimulate the diode. Use VT=4V. b. Use VSIN for the… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 2. Use Rs = RL =1kQ. Measure theirvalues using the MS8217 multimeter. Use the 1N914 (or 914b)diode in this circuit. 3. Use the ADK Oscilloscope to… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 3. Using the ADK oscilloscope, obtainthe input waveform of Vs and the output waveform, VL andrelevant parameters. 4. Simulate the circuit using L… Show more… Show moreImage transcription textEEE334 Lab #3 – Online Note: Use VSIN for the AC source inthe LTSpice schematic. VOFF=0, VAMPL=3, FREQ=1k. Use PartDIN914 (or 914b) to simulate the diode. 5. Are your … Show more… Show moreImage transcription textEEE334 Lab #3 – Online 3.9 Voltage Multiplier circuit The circuitin Fig. 3.11 is a voltage multiplier. The circuit operation is similarto that of a full wave rectifier, when the capacitor vo… Show more… Show moreImage transcription textEEE334 Lab #3 – Online 173 l’l’ me I m=§rms VS “IDS Note:The input voltage is an AC voltage, while the output voltage isDC. 6. Are your measured results and simulated re… Show more… Show morecan you do sections 3.5 and 3.6 Physics Science Electronics EEE 334 Share QuestionEmailCopy link Comments (0)
