Equipment required: Breadboard, Diode, Desktop PC, NI Multisim software, and scientific calculator. Procedure: 1. Construct the circuit depicted in Figure 8.1that contains a silicon diode and then: Key - A 10V 1N4148 Amp 1kO Figure 8.1 a) Find the voltage across R1 (measurements and calculations) Voltmete b) Take readings of diode output current for a total of 15 steps of voltages. c) Plot the diode V- I characteristics on graph paper. d) Discuss the biasing and saturation voltage of a diode. e) Suggest how one can convert AC to the unidirectional DC output. 2. Construct the following transistor circuit shown in Figure 8.2 on NI Multisim and then; MA BC108 6 V 100 μA R₁ 2 ksz Re 56 ΚΩ R₂ S 1 ΚΩ VCE 1V (VBE) Figure 8.2 a) Plot transfer characteristic (Ic versus la). b) Plot input characteristic (IB versus VBE). c) Plot output characteristic (Ic versus VCE).
Equipment required: Breadboard, Diode, Desktop PC, NI Multisim software, and scientific calculator. Procedure: 1. Construct the circuit depicted in Figure 8.1that contains a silicon diode and then: Key - A 10V 1N4148 Amp 1kO Figure 8.1 a) Find the voltage across R1 (measurements and calculations) Voltmete b) Take readings of diode output current for a total of 15 steps of voltages. c) Plot the diode V- I characteristics on graph paper. d) Discuss the biasing and saturation voltage of a diode. e) Suggest how one can convert AC to the unidirectional DC output. 2. Construct the following transistor circuit shown in Figure 8.2 on NI Multisim and then; MA BC108 6 V 100 μA R₁ 2 ksz Re 56 ΚΩ R₂ S 1 ΚΩ VCE 1V (VBE) Figure 8.2 a) Plot transfer characteristic (Ic versus la). b) Plot input characteristic (IB versus VBE). c) Plot output characteristic (Ic versus VCE).
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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Transcribed Image Text:Equipment required:
Breadboard, Diode, Desktop PC, NI Multisim software, and scientific calculator.
Procedure:
1. Construct the circuit depicted in Figure 8.1that contains a silicon diode and then:
Key - A
10V
1N4148
Amp
1kO
Figure 8.1
a) Find the voltage across R1 (measurements and calculations)
Voltmete
b) Take readings of diode output current for a total of 15 steps of voltages.
c) Plot the diode V- I characteristics on graph paper.
d) Discuss the biasing and saturation voltage of a diode.
e) Suggest how one can convert AC to the unidirectional DC output.
2. Construct the following transistor circuit shown in Figure 8.2 on NI Multisim and
then;
MA
BC108
6 V
100 μA
R₁
2 ksz
Re
56 ΚΩ
R₂
S
1 ΚΩ
VCE
1V (VBE)
Figure 8.2
a) Plot transfer characteristic (Ic versus la).
b) Plot input characteristic (IB versus VBE).
c) Plot output characteristic (Ic versus VCE).
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