16 Use the collector characteristics of the 2N3904npn transistor shown in Figure P10.16(a) and (b) todetermine the operating point (Ico, Vceo) of thetransistor in Figure P10.16(c). What is the value of Bat this point?Collector characteristic curves for the 2N3904 BJT0.14I1.0 mA0.1210.8 mA0.11p.6 mA0.08Ip.4 mA0.06I=0.2 mA0.040.02나0 mA-0.02101520Collector-emitter voltage, V(a)Collector current, A Collector characteristic curves for the 2N3904 BJTx 1020L100 μΑ1, 80 μΑ15LE 60 µA10LE 20 µALEO µA-5101520Collector-emitter voltage, V(b)5 k2ww2N390450 V20 μΑ5 k2Collector current, A

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Asked Mar 3, 2020
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16 Use the collector characteristics of the 2N3904
npn transistor shown in Figure P10.16(a) and (b) to
determine the operating point (Ico, Vceo) of the
transistor in Figure P10.16(c). What is the value of B
at this point?
Collector characteristic curves for the 2N3904 BJT
0.14
I1.0 mA
0.12
10.8 mA
0.1
1p.6 mA
0.08
Ip.4 mA
0.06
I=0.2 mA
0.04
0.02
나0 mA
-0.02
10
15
20
Collector-emitter voltage, V
(a)
Collector current, A
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16 Use the collector characteristics of the 2N3904 npn transistor shown in Figure P10.16(a) and (b) to determine the operating point (Ico, Vceo) of the transistor in Figure P10.16(c). What is the value of B at this point? Collector characteristic curves for the 2N3904 BJT 0.14 I1.0 mA 0.12 10.8 mA 0.1 1p.6 mA 0.08 Ip.4 mA 0.06 I=0.2 mA 0.04 0.02 나0 mA -0.02 10 15 20 Collector-emitter voltage, V (a) Collector current, A

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Collector characteristic curves for the 2N3904 BJT
x 10
20
L100 μΑ
1, 80 μΑ
15
LE 60 µA
10
LE 20 µA
LEO µA
-5
10
15
20
Collector-emitter voltage, V
(b)
5 k2
ww
2N3904
50 V
20 μΑ
5 k2
Collector current, A
help_outline

Image Transcriptionclose

Collector characteristic curves for the 2N3904 BJT x 10 20 L100 μΑ 1, 80 μΑ 15 LE 60 µA 10 LE 20 µA LEO µA -5 10 15 20 Collector-emitter voltage, V (b) 5 k2 ww 2N3904 50 V 20 μΑ 5 k2 Collector current, A

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Expert Answer

Step 1

Referring to the figure (c) given in the question, the base current is given as 20-microampere.

Now, applying the Kirchhoff’s voltage law to the output terminal:

Electrical Engineering homework question answer, step 1, image 1

 

Step 2

For the load condition, substituting the value of the collector current and the collector-emitter voltage equal to zero in equation 1, one by one as shown below:

Electrical Engineering homework question answer, step 2, image 1

Step 3

The load line characteristic is shown in figure b, for the base current of 20 micro-ampere.

Electrical Engineering homework question answer, step 3, image 1

...

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