Solving points 4 and 5 H.W1. a. Determine the thermal voltage for a diode at a temperature of 20°C.b. For the same diode of part (a), find the diode current using Eq. 2.1if I, = 40 nA, n = 2 (low value of V and the applied bias voltageis 0.5 V.2. Determine the static or dc resistance of the commercially availablediode of Fig. 1 at a forward current of 4 mA.3. a. Determine the dynamic (ac) resistance of the commerciallyavailable diode of Fig. 2.1 at a forward current of 10 mA using Eq.(1.5).b. Determine the dynamic (ac) resistance of the diode of Fig. 2.1 at aforward current of 10 mA using Eq. (2.5).c. Compare solutions of parts (a) and (b).4. Determine the average ac resistance for the diode of Fig. 2.1 for theregion between 0.6 V and 0.9 V.5. Determine the temperature coefficient of a 5-V Zener diode (rated25°C value) if the nominal voltage drops to 4.8 V at a temperature of100°C.-40 -30 -20 -10Reverse-bias region(VD<0 V. Ip=-1,)ID = IeVD/nVT20+19-18-171615-1413-12-11-10--9-8--7-6-4-ID (mA)Eq. (1.1)10 PA20 PA30 PA40 PA-50 PA0.3(VD positive)0.5 0.7Actual commerciallyavailable unitNo-bias(Vp=0V. Ip=0 mA)Defined polarity anddirection for graph+Forward-bias region(VD>0V, Ip>0 mA)Fig. 2.1 Silicon semiconductor diode characteristics.VD (V)

ZENER DIODE Zener Diode is a strongly doped semiconductor device created to work in the opposite…

4. Determine the average ac resistance for the diode of Fig. 2.1 for the region between 0.6 V and 0.9 V. 5. Determine the temperature coefficient of a 5-V Zener diode (rated 25°C value) if the nominal voltage drops to 4.8 V at a temperature of 100°C.

4. Determine the average ac resistance for the diode of Fig. 2.1 for the region between 0.6 V and 0.9 V. 5. Determine the temperature coefficient of a 5-V Zener diode (rated 25°C value) if the nominal voltage drops to 4.8 V at a temperature of 100°C.

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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Question

Solving points 4 and 5

H.W
1. a. Determine the thermal voltage for a diode at a temperature of 20°C.
b. For the same diode of part (a), find the diode current using Eq. 2.1
if I, = 40 nA, n = 2 (low value of V and the applied bias voltage
is 0.5 V.
2. Determine the static or dc resistance of the commercially available
diode of Fig. 1 at a forward current of 4 mA.
3. a. Determine the dynamic (ac) resistance of the commercially
available diode of Fig. 2.1 at a forward current of 10 mA using Eq.
(1.5).
b. Determine the dynamic (ac) resistance of the diode of Fig. 2.1 at a
forward current of 10 mA using Eq. (2.5).
c. Compare solutions of parts (a) and (b).
4. Determine the average ac resistance for the diode of Fig. 2.1 for the
region between 0.6 V and 0.9 V.
5. Determine the temperature coefficient of a 5-V Zener diode (rated
25°C value) if the nominal voltage drops to 4.8 V at a temperature of
100°C.
-40 -30 -20 -10
Reverse-bias region
(VD<0 V. Ip=-1,)
ID = IeVD/nVT
20+
19-
18-
17
16
15-
14
13-
12-
11-
10-
-9
-8-
-7-
6
-4-
ID (mA)
Eq. (1.1)
10 PA
20 PA
30 PA
40 PA
-50 PA
0.3
(VD positive)
0.5 0.7
Actual commercially
available unit
No-bias
(Vp=0V. Ip=0 mA)
Defined polarity and
direction for graph
+
Forward-bias region
(VD>0V, Ip>0 mA)
Fig. 2.1 Silicon semiconductor diode characteristics.
VD (V)

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