4. Procedure:5.Graphs and Calculations:1. From the data in Table (1), draw a graph of a diode current (verticalaxis) versus diode voltage.2. Find the forward resistance (static & Dynamic) for each diode.3. Find the reverse resistance (static & Dynamic) for, each diode.6. Discussion:1. List the difference between Ge and Si diodes.2 Give some uses of ordinary and Zener diodes.3 Comment on your results.+ (mA)4030Reverse-bias region(VD<0V.Ip-4)Lhode characterin1 Connect the circuit shown in Fig. 1.4 (a).2. Adjust the d.c. power supply to the values given in Table (1)For each voltage, measure and record the D.C voltage drop (Va)across the diode and the current passing through it.3. Repeat step (2) with the diode reverse - biased.4. Repeat steps (2) & (3), with the ordinary diode being replacedby a Zener diode.012345CF8916OT2 msk a20SUPPISVoltage (volts)Tangent line-10Q-poide operation)-AV₂Fig 1220+19+1817-1615741454*1614-1312-1110O517876s5485615%577542362454051421Q-point Sal660686708725469 mv35 21 MVAV10 PA20 PA30 PA40 PA50 PAmwwerForwardVS(V)MYMymvmvEq. (LDmvMVmvmvMymymr577 Mv030.5(VD-OV. Jo-0mA)Is (A)62.33.34.35.24.74224.27. 2No-bias530(a)0-10 V0,7MA480 UA1.45 MA2.4 MA3.4MA4.4 MAMA6.4 MA1.4MAMAmeMAAMAMAMAMMAMAMAMAActual commerciallyavailable unitDefined polarity anddirection for graphJpForward-bias region(VD >OV. /p>0 mA)regionFig. 1.3D1ZO(a)Fig. 1.4VI(V)0-997mv-1.4V-2.10-3.11 VFig 1-5.9-1.9V9.1v-8. 7 VReverse- 777 Mv2 v299V3.99 V41.94 V4.19 V4.95 V41.462V4.47 15LR1180(b)to0I. (A)OVIVaما کو- 5.1 UA-5.144O5.95 UA-5.954 of5.152 Uk5.759 UA-5.958 UA-5.231UA5.96 Up- 20-NA-401.9 MA602 na8-3.x NAUA1051.05 mA2.04MA3.03MA4.03 MA5103 1

“Since you have asked multiple questions, we will solve the first question for you. If you want any…

diode. 5. Graphs and Calculations: 1. From the data in Table (1), draw a graph of a diode current (vertical axis) versus diode voltage. 2. Find the forward resistance (static & Dynamic) for each diode. 3. Find the reverse resistance (static & Dynamic) for, each diode.

diode. 5. Graphs and Calculations: 1. From the data in Table (1), draw a graph of a diode current (vertical axis) versus diode voltage. 2. Find the forward resistance (static & Dynamic) for each diode. 3. Find the reverse resistance (static & Dynamic) for, each diode.

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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Concept explainers

Analysis of Diode

It is a semiconductor device in electronics applications where only a one-way current is required. It is like a one-way switch that allows current to flow in one direction only. A diode has two terminals, a cathode, and an anode. The cathode is the negative terminal that carries electrons, while the anode is the positive terminal that carries holes. Although no element has holes, it just means that there is a free space for electrons. Diodes are used to convert AC to DC. As we know, AC shifts between positive and negative cycles and DC stays positive constantly. As the diodes allow current only in one direction, they filter out the AC signal’s negative cycle and only keep the positive one.

Working and Construction

In civil engineering, construction means the application of principles of science and mathematics for building bridges, dams, buildings, roads, highways, tunnels, airports, structures, etc. Different branches of science, like physics and chemistry, are extensively applied to design and analysis in construction. Material properties, the science of atmospheric conditions (like solutions, mixtures, etc.), the impact of environmental factors like, corrosion and acidity are some of the primary knowledge of chemistry which are used by civil engineers to carry out construction. Estimation of forces, application of laws of mechanics, fluids mechanics, soil mechanics, etc. are some of the fundamental concepts of physics, which are well applied in construction works. Building construction and structural engineering are two of the most primary areas in civil engineering that parallelly applies principles of both chemistry and physics to carry on construction works.

Property of Diode

An electronic component that facilitates the directional flow of current is known as a diode. According to the direction of the flow of current, the resistance of a diode changes from zero to Infinity.

Question

4. Procedure:
5.
Graphs and Calculations:
1. From the data in Table (1), draw a graph of a diode current (vertical
axis) versus diode voltage.
2. Find the forward resistance (static & Dynamic) for each diode.
3. Find the reverse resistance (static & Dynamic) for, each diode.
6. Discussion:
1. List the difference between Ge and Si diodes.
2 Give some uses of ordinary and Zener diodes.
3 Comment on your results.
+ (mA)
40
30
Reverse-bias region
(VD<0V.Ip-4)
Lhode characteri
n
1 Connect the circuit shown in Fig. 1.4 (a).
2. Adjust the d.c. power supply to the values given in Table (1)
For each voltage, measure and record the D.C voltage drop (Va)
across the diode and the current passing through it.
3. Repeat step (2) with the diode reverse - biased.
4. Repeat steps (2) & (3), with the ordinary diode being replaced
by a Zener diode.
0
1
2
3
4
5
C
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8
9
16
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T
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SUPPIS
Voltage (volts)
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de operation)
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19+
18
17-
16
15
741
454
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13
12-
11
10
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517
8
7
6
s
548
561
5%
577
542
3
624
540
514
2
1
Q-point Sal
660
686
708
725
469 mv
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AV
10 PA
20 PA
30 PA
40 PA
50 PA
mw
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Forward
VS(V)
MY
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mv
mv
Eq. (LD
mv
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mv
mv
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0.5
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Is (A)
6
2.3
3.3
4.3
5.2
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42
2
4.2
7. 2
No-bias
530
(a)
0-10 V
0,7
MA
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1.45 MA
2.4 MA
3.4
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Jp
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