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1. Using your VOM, select a low resistance meter range and connect the positive lead of the VOM to the diode's anode teminal, while the negative lead, cathode's teminal, as shown in Figure 1.1. measure the resistance reading. 2. Now reverse the VOM's leadto that the meter's positive leadis connected to the cathode and the negative lead the anode. Note the resistance reading. This is the reverse resistance. 3. Connect the circuit as shown in Figure 1.2. Adjust the DC power supply to give a voltage across the 1Kohm as shownin Table 1.1. For each voltage, measure and record the DC voltage drop (Vp) across the diode. Detemine the diode current by using the Ohm's law in each voltage value. 4. Plot the resulting curve (diode curent versus diode voltage). Graphically, detemine the diode bamier potential (V3), and forward resistance (R2), record your results in Table 1.2. VI. DATA AND RESULTS Input Voltage Vịn (V) Diode Voltage Vp (V) Diode Forward Current Ip (mA) 0.1 0.1 0.2 0.2 0.3 0.4 0.3 0.39995 0.5 0.6 0.7 0.8 0.49772 0.56693 0.59645 0.033073 0.10355 0.18811 0.27801 0.37058 1.3374 2.32321 3.3139 4.3071 5.3018 6.2973 7.2935 8.2902 9.2873 0.61189 0.9 0.62199 0.62942 0.66262 0.6769 0.68609 0.69287 0.69824 0.70269 0.70649 0.7098 0.71274 4 5 6. 9. 10

1. Using your VOM, select a low resistance meter range and connect the positive lead of the VOM to the diode's anode teminal, while the negative lead, cathode's teminal, as shown in Figure 1.1. measure the resistance reading. 2. Now reverse the VOM's leadto that the meter's positive leadis connected to the cathode and the negative lead the anode. Note the resistance reading. This is the reverse resistance. 3. Connect the circuit as shown in Figure 1.2. Adjust the DC power supply to give a voltage across the 1Kohm as shownin Table 1.1. For each voltage, measure and record the DC voltage drop (Vp) across the diode. Detemine the diode current by using the Ohm's law in each voltage value. 4. Plot the resulting curve (diode curent versus diode voltage). Graphically, detemine the diode bamier potential (V3), and forward resistance (R2), record your results in Table 1.2. VI. DATA AND RESULTS Input Voltage Vịn (V) Diode Voltage Vp (V) Diode Forward Current Ip (mA) 0.1 0.1 0.2 0.2 0.3 0.4 0.3 0.39995 0.5 0.6 0.7 0.8 0.49772 0.56693 0.59645 0.033073 0.10355 0.18811 0.27801 0.37058 1.3374 2.32321 3.3139 4.3071 5.3018 6.2973 7.2935 8.2902 9.2873 0.61189 0.9 0.62199 0.62942 0.66262 0.6769 0.68609 0.69287 0.69824 0.70269 0.70649 0.7098 0.71274 4 5 6. 9. 10

Introductory Circuit Analysis (13th Edition)
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...
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Give the conclusion for this Lab Report

VII. GRAPH and CIRCUITS 30 Seriest -10 43 -2 2 3 4 6 10 -7 -10 VIII. ANALYSIS In this lab, we are able to measure the characteristics of rectifier and diodes in both modes, as well as leamto recognize whatmechanisms cause current flowin eachregion of diode operation. We will tackle some characteristics of the diode. Well also leam how to analyze circuits that contain more than one ideal diode in conjumction with resistors and its power sources.
Transcribed Image Text:VII. GRAPH and CIRCUITS 30 Seriest -10 43 -2 2 3 4 6 10 -7 -10 VIII. ANALYSIS In this lab, we are able to measure the characteristics of rectifier and diodes in both modes, as well as leamto recognize whatmechanisms cause current flowin eachregion of diode operation. We will tackle some characteristics of the diode. Well also leam how to analyze circuits that contain more than one ideal diode in conjumction with resistors and its power sources.
1. Using your VOM, select a low resistance meter range and connect the positive lead of the VOM to the diode's anode teminal, while the negative lead, cathode's teminal, as shown in Figure 1.1. measure the resistance reading. 2. Now reverse the VVOM's leadto that the meter's positive leadis connected to the cathode and the negative lead the anode. Note the resistance reading. This is the reverse resistance. 3. Connect the circuit as shown in Figure 1.2. Adjust the DC power supply to give a voltage across the 1Kohm as shownin Table 1.1.Foreach voltage, measure and record the DC voltage drop (VD) across the diode. Detemine the diode current by using the Ohm's law in each voltage value. 4. Plot the resulting curve (diode current versus diode voltage). Graphically, detemine the diode banier potential (VB), and forward resistance (RF), record your results in Table 1.2. VI. DATA AND RESULTS Input Voltage Vin (V) Diode Voltage Vp (V) Diode Forward Current In (mA) 0.1 0.1 0.2 0.2 0.3 0.3 0.4 0.39995 0.5 0.49772 0.6 0.56693 0.033073 0.7 0.59645 0.10355 0.8 0.61189 0.18811 0.9 0.62199 0.27801 1 0.62942 0.37058 2 0.66262 1.3374 3 0.6769 2.32321 4 0.68609 3.3139 5 0.69287 4.3071 5.3018 6.2973 0.69824 7 0.70269 0.70649 7.2935 0.7098 8.2902 10 0.71274 9.2873
Transcribed Image Text:1. Using your VOM, select a low resistance meter range and connect the positive lead of the VOM to the diode's anode teminal, while the negative lead, cathode's teminal, as shown in Figure 1.1. measure the resistance reading. 2. Now reverse the VVOM's leadto that the meter's positive leadis connected to the cathode and the negative lead the anode. Note the resistance reading. This is the reverse resistance. 3. Connect the circuit as shown in Figure 1.2. Adjust the DC power supply to give a voltage across the 1Kohm as shownin Table 1.1.Foreach voltage, measure and record the DC voltage drop (VD) across the diode. Detemine the diode current by using the Ohm's law in each voltage value. 4. Plot the resulting curve (diode current versus diode voltage). Graphically, detemine the diode banier potential (VB), and forward resistance (RF), record your results in Table 1.2. VI. DATA AND RESULTS Input Voltage Vin (V) Diode Voltage Vp (V) Diode Forward Current In (mA) 0.1 0.1 0.2 0.2 0.3 0.3 0.4 0.39995 0.5 0.49772 0.6 0.56693 0.033073 0.7 0.59645 0.10355 0.8 0.61189 0.18811 0.9 0.62199 0.27801 1 0.62942 0.37058 2 0.66262 1.3374 3 0.6769 2.32321 4 0.68609 3.3139 5 0.69287 4.3071 5.3018 6.2973 0.69824 7 0.70269 0.70649 7.2935 0.7098 8.2902 10 0.71274 9.2873
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