1. Determine the operating regions of a bipolar junction transistor circuit given in Figure 1 the following: RC 1 k2 RB 40 kQB V3 Voc VBB E 12 V RE 500 2: 4 V V2 Figure 1: Transistor DC Biasing Case 1: V1 = 2V ; V2 =1.3V ; V3 = 8 V (1) (ii) (ii) Case 2: VBB = 0V Case 3: V1 = 2.7V ; V2 = 2V ; V3 = 2.3 V

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1. Determine the operating regions of a bipolar junction transistor circuit given in Figure 1
the following:
RC
1 k2
RB
40 kQB
V3
Voc
VBB
E
12 V
RE
500 2:
4 V
V2
Figure 1: Transistor DC Biasing
Case 1: V1 = 2V ; V2 =1.3V ; V3 = 8 V
(1)
(ii)
(ii)
Case 2: VBB = 0V
Case 3: V1 = 2.7V
; V2 = 2V ; V3 = 2.3 V
Transcribed Image Text:1. Determine the operating regions of a bipolar junction transistor circuit given in Figure 1 the following: RC 1 k2 RB 40 kQB V3 Voc VBB E 12 V RE 500 2: 4 V V2 Figure 1: Transistor DC Biasing Case 1: V1 = 2V ; V2 =1.3V ; V3 = 8 V (1) (ii) (ii) Case 2: VBB = 0V Case 3: V1 = 2.7V ; V2 = 2V ; V3 = 2.3 V
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