Q.2. Using the characteristics of Fig. 1, design (n-p-n) BJT voltage-divider configuration to have saturation level of 10 mA and a Q-point one-half the distance between cutoff and saturation. Vcc is 28 V, and VE is to be one-fifth of Vcc. 15 10 le (mA) 10 20 60 μA Figure 1 50 µA 30 40 MA 30 µA 40 20 µA 10µA 0μA 50 VCE (V)
Q.2. Using the characteristics of Fig. 1, design (n-p-n) BJT voltage-divider configuration to have saturation level of 10 mA and a Q-point one-half the distance between cutoff and saturation. Vcc is 28 V, and VE is to be one-fifth of Vcc. 15 10 le (mA) 10 20 60 μA Figure 1 50 µA 30 40 MA 30 µA 40 20 µA 10µA 0μA 50 VCE (V)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Transcribed Image Text:Q.2. Using the characteristics of Fig. 1, design (n-p-n) BJT voltage-divider configuration
to have saturation level of 10 mA and a Q-point one-half the distance between cutoff
and saturation. Vcc is 28 V, and VE is to be one-fifth of Vcc.
15
10
Ic (mA)
10
20
60 µA
Figure 1
50 µA
30
40 MA
30 µA
40
20 µA
10µA
0μA
50 VCE (V)
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