Q2. Figure 2 below shows the transistor characteristics. (20 marks) (a) Find Rc and Re for a voltage divider network hav

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Q2. Figure 2 below shows the transistor characteristics. (20 marks) (a) Find Rc and Re for a voltage divider network hav

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Q2 Figure 2 Below Shows The Transistor Characteristics 20 Marks A Find Rc And Re For A Voltage Divider Network Hav 1
Q2 Figure 2 Below Shows The Transistor Characteristics 20 Marks A Find Rc And Re For A Voltage Divider Network Hav 1 (52.22 KiB) Viewed 30 times
Q2. Figure 2 below shows the transistor characteristics. (20 marks) (a) Find Rc and Re for a voltage divider network having a Q (Quiescent) point of Ico = 5mA and Vceq = 12V. Assume Vcc= 24V and Rc=3RE. (b) With reference to the results obtained in (a), (i) Find Ve d8=6 (ii) Determine V (iii) Find Rz if R1 = (20 + 2d8) k22 assuming BRE > 10R2 (iv) Calculate Bat the Q-point (v) Find re HA) 30 110 1A 100 μ.Α. on IA 80 A 70 μ 9 & BUA 7 50 A 6 40 μΑ 3 WA 3 20 μΑ 2 10 A 1 1.-ORA 0 5 LO 15 20 25 30 Vy(V Figure 2
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