Transistors – 73

73. IC = αIE + ………..

(a) IB
(b) ICEO
(c) ICBO
(d) βIB

Answer

Answer : (c)

Explanation

Explanation : No answer description available for this question. Let us discuss.

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Transistors - 89
Transistors » Exercise - 2 89. IC = βIB + ........... (a) ICBO (b) IC (c) ICEO (d) αIE
Tags: transistors, ic, exercise, βib, icbo, iceo, αie, electronics, engineering
Transistors - 71
Transistors » Exercise - 2 71. In a transistor, ........ (a) IC = IE + IB (b) IB = IC + IE (c) IE = IC −IB (d) IE = IC + IB
Tags: ic, ib, transistors, exercise, electronics, engineering
Transistors - 91
Transistors » Exercise - 2 91. IC=α/(1-α)IB+…......./(1-α) (a) ICBO (b) ICEO (c) IC (d) IE
Tags: transistors, exercise, icbo, iceo, ic, electronics, engineering
Transistors - 90
Transistors » Exercise - 2 90. IC=α/(1-α)IB+…….... (a) ICEO (b) ICBO (c) IC (d) (1-α)IB
Tags: transistors, exercise, iceo, icbo, ic, electronics, engineering
Transistors - 109
Transistors » Exercise - 3 109. The value of α - (a) Is always less than 1 (b) Is always greater than 1 (c) May be less or greater than 1 (d) None of these
Tags: transistors, exercise, electronics, engineering

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