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C 19:38 Electronics Experiment 1V 2 V 3 V 4 V 5V Set up the circuit shown in Figure 2.2 according to the following steps. RI =R2=R3=IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin 1N4001 R3 THE F D2 Vin 1V Figure 2.2 Table 2.2 2 V 3 V 4 V 5V V. 2.3. Report 1) Theoretically analyze the circuits and calculate the results. 2) Determine if there is a relationship between the theoretically obtained results and the experimentally observed results. If there is a relationship, specify it. 3) Present this information in report format. (The report will be submitted to the lab supervisor at the beginning of the next practical session.) 貝 Vout 39 C 19:38 Electronics Experiment 39 Experiment 2: Diode Applications 2.0. Purpose and Scope In this experiment, circuits using diodes will be examined. Diode Voltage Reverse Bias 2.1. Preparations Before the Experiment a) What is Diode Polarization? b) How are Diode Voltages Calculated? 2.2. Implementation of the Experiment Set up the circuit shown in Figure 2.1 according to the following steps. RI - R2 R3 = IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.1. Vin R1 R2 D2 1N4001 Figure 2.1 D1 1N4001 Table 2.1 Vin V. IV 2 V 3 V 4V 5V R3 1k Vout Set up the circuit shown in Figure 2.2 according to the following steps. RI-R2 R3-IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin Vout D1 1N4001

C 19:38 Electronics Experiment 1V 2 V 3 V 4 V 5V Set up the circuit shown in Figure 2.2 according to the following steps. RI =R2=R3=IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin 1N4001 R3 THE F D2 Vin 1V Figure 2.2 Table 2.2 2 V 3 V 4 V 5V V. 2.3. Report 1) Theoretically analyze the circuits and calculate the results. 2) Determine if there is a relationship between the theoretically obtained results and the experimentally observed results. If there is a relationship, specify it. 3) Present this information in report format. (The report will be submitted to the lab supervisor at the beginning of the next practical session.) 貝 Vout 39 C 19:38 Electronics Experiment 39 Experiment 2: Diode Applications 2.0. Purpose and Scope In this experiment, circuits using diodes will be examined. Diode Voltage Reverse Bias 2.1. Preparations Before the Experiment a) What is Diode Polarization? b) How are Diode Voltages Calculated? 2.2. Implementation of the Experiment Set up the circuit shown in Figure 2.1 according to the following steps. RI - R2 R3 = IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.1. Vin R1 R2 D2 1N4001 Figure 2.1 D1 1N4001 Table 2.1 Vin V. IV 2 V 3 V 4V 5V R3 1k Vout Set up the circuit shown in Figure 2.2 according to the following steps. RI-R2 R3-IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin Vout D1 1N4001

Electric Motor Control
Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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C 19:38 Electronics Experiment 1V 2 V 3 V 4 V 5V Set up the circuit shown in Figure 2.2 according to the following steps. RI =R2=R3=IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin 1N4001 R3 THE F D2 Vin 1V Figure 2.2 Table 2.2 2 V 3 V 4 V 5V V. 2.3. Report 1) Theoretically analyze the circuits and calculate the results. 2) Determine if there is a relationship between the theoretically obtained results and the experimentally observed results. If there is a relationship, specify it. 3) Present this information in report format. (The report will be submitted to the lab supervisor at the beginning of the next practical session.) 貝 Vout 39
Transcribed Image Text:C 19:38 Electronics Experiment 1V 2 V 3 V 4 V 5V Set up the circuit shown in Figure 2.2 according to the following steps. RI =R2=R3=IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin 1N4001 R3 THE F D2 Vin 1V Figure 2.2 Table 2.2 2 V 3 V 4 V 5V V. 2.3. Report 1) Theoretically analyze the circuits and calculate the results. 2) Determine if there is a relationship between the theoretically obtained results and the experimentally observed results. If there is a relationship, specify it. 3) Present this information in report format. (The report will be submitted to the lab supervisor at the beginning of the next practical session.) 貝 Vout 39
C 19:38 Electronics Experiment 39 Experiment 2: Diode Applications 2.0. Purpose and Scope In this experiment, circuits using diodes will be examined. Diode Voltage Reverse Bias 2.1. Preparations Before the Experiment a) What is Diode Polarization? b) How are Diode Voltages Calculated? 2.2. Implementation of the Experiment Set up the circuit shown in Figure 2.1 according to the following steps. RI - R2 R3 = IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.1. Vin R1 R2 D2 1N4001 Figure 2.1 D1 1N4001 Table 2.1 Vin V. IV 2 V 3 V 4V 5V R3 1k Vout Set up the circuit shown in Figure 2.2 according to the following steps. RI-R2 R3-IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin Vout D1 1N4001
Transcribed Image Text:C 19:38 Electronics Experiment 39 Experiment 2: Diode Applications 2.0. Purpose and Scope In this experiment, circuits using diodes will be examined. Diode Voltage Reverse Bias 2.1. Preparations Before the Experiment a) What is Diode Polarization? b) How are Diode Voltages Calculated? 2.2. Implementation of the Experiment Set up the circuit shown in Figure 2.1 according to the following steps. RI - R2 R3 = IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.1. Vin R1 R2 D2 1N4001 Figure 2.1 D1 1N4001 Table 2.1 Vin V. IV 2 V 3 V 4V 5V R3 1k Vout Set up the circuit shown in Figure 2.2 according to the following steps. RI-R2 R3-IK, E=5V. Run the circuit and determine the Vo (Output Voltage) values according to the input values in Table 2.2. Vin Vout D1 1N4001
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