For the given BJT circuit, i. Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V. ii. Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power Dissipation of transistor) values. iii. Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power Dissipation of transistor) values.

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For the given BJT circuit,
i.
Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V.
ii.
Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power
Dissipation of transistor) values.
iii.
Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power
Dissipation of transistor) values.
Transcribed Image Text:For the given BJT circuit, i. Find Bpc, if the base current is 50 µA and voltage drop on Rc resistance is 5V. ii. Given Boc = 200, Vcc = 10V, VBB=3V, evaluate In, Ic, Ie, VcE, and Pp (Power Dissipation of transistor) values. iii. Given Boc = 300, Vcc = 10V, VBB=6V, evaluate In, Ic, Ie, Vce, and Pd (Power Dissipation of transistor) values.
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