For the BJT bias circuit shown, what is the emitter current, le, in milliamps? Use Vcc= 13V, Rb1 = 27.9k2 Rb2 = 24.3k2 Rc = 1.3k2 and Re = 2.0k2. Assume that the transistor is in the forward-active region, with ß = 71 and [Vbe(on)] = 0.7V. Neglect the effects of base-width modulation. Vcc VB RB1 IB RB2 Ic IE HII. Q1 Rc Vc VE RE

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For the BJT bias circuit shown, what is the emitter current, le, in milliamps? Use Vcc=13V, Rb1 = 27.9k2 Rb2 = 24.3k2. Rc = 1.3k2
and Re = 2.0k2. Assume that the transistor is in the forward-active region, with B = 71 and [Vbe(on)] = 0.7V. Neglect the effects of
base-width modulation.
Vcc
VB
RB1
IB
RB2
Ic
IE
Q1
Rc
Vc
VE
RE
Transcribed Image Text:For the BJT bias circuit shown, what is the emitter current, le, in milliamps? Use Vcc=13V, Rb1 = 27.9k2 Rb2 = 24.3k2. Rc = 1.3k2 and Re = 2.0k2. Assume that the transistor is in the forward-active region, with B = 71 and [Vbe(on)] = 0.7V. Neglect the effects of base-width modulation. Vcc VB RB1 IB RB2 Ic IE Q1 Rc Vc VE RE
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