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An equation that models the I-V characteristic of a non-ideal diode is shown below. Name of the Expefiment : I-V Characteristics of diode. I Figure 6 – Single diode clipper circuit. Theorv : A diode is a bi-potar device that behaves as the short circuit when it is in forward bias and as an open circuit when it is in bias condition. Actually, this circuit configuration can be used to displace the I-V … Objectives: • Obtain the I-V curves of a signal diode and a zener diode • Compare the performance of different rectifier circuits . The graph shows the reverse V-I characteristics of the given p-n junction diode. 1. Apply the various DC voltages for the source listed in the table (included in the mini-report template). The purpose of this lab is to study the characteristics of the diode. Sanzhar Askaruly. 2 Objectives 1. 2- Output graph of each experiment. A node Figure 1.1 : Schematic Diagram of Diode. 1 using a 1N4006 diode from your kit. For each source voltage, Obiective : Study the I-V characteristic of diode. Figure 2. However, their I-V characteristics are very different. Some of the characteristics that will be investigated are the I-V curve and the rectification properties. Select the diode … Lab Report 2: Diode I-V Characteristics Contents that should be delivered for every report: 1- Netlist code for each experiment showing all components, models and control statements. EE 230 Lab Lab 7 B. Diode I-V characteristics at the lab bench Build the circuit shown in Fig. MEASUREMENTS OF I-V CHARACTERISTICS OF A RECTIFIER DIODE. Electronics 1 - Diode Characteristics Adam Fifth Rowan University February 12, 2019 1 Purpose The purpose of this lab is to measure the properties of a diode, zener diode, and LED. obtained using the circuit of Fig. Analog Electronics Lesson 1. You will make I-V curves for each and will see how a diode can be used as a voltage rectifier. Lab 7: Diode Circuits Figure 5 – Half-wave rectifier. (Be sure to measure the resistor value beforehand.) Characteristics of the Diode Lesson 2. Measure the v-i characteristics of a typical diode. Plot a graph with reverse voltage along X axis and reverse current along Y axis. a) Measure the I-V characteristic of a rectifier diode or the dependence of current through the diode on voltage across the diode. Simulator Procedure (as performed through the Online Labs) Select the characteristics of diode from the drop down list. Diode characteristics, Half Wave, Full Wave rectifiers . P-N JUNCTION DIODES 1.0.OBJECTIVE The objective of this experiment is to measure the I-V curve for P-N Junction Diode and to understand the characteristics of P-N Junction. Non-Ideal Diode I-V Curve and an approximation to the non-ideal diode Figure 3. Lab Report 1. 3- Filling all tables and answering all questions in the report. Full Wave Rectifier Name: Sanzhar Askaruly ID: 201100549 Date: 17/09/2014 Introduction Diode is an electronic device having conductor at their ends. EEM328 Electronics Laboratory - Report2 - Diode Characteristics - Free download as Word Doc (.doc), PDF File (.pdf), Text File (.txt) or read online for free. The resistor vs. the diode From figure 3, we see that both diodes and resistors are two terminal devices. For measurements with forward diode bias you need a voltmeter … Lab Report 1: Diode I-V Characteristics Contents that should be delivered for every report: 1- Netlist code for each experiment showing all components, models and control statements. 2.0.THEORETICAL BACKGROUND Semiconductor diode theory is at the very center of much of today's electronics industry. 3- Filling all tables and answering all questions in the report. 4 where the device is a diode. 2. 2- Output graph of each experiment. Figure 4 – Circuit to obtain I-V characteristics via oscilloscope. 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