D 7.75 Design a CE amplifier with a resistance R, in the emitter to meet the following specifications: (i) Input resistance R = 15 k2. (ii) When fed from a signal source with a peak amplitude of 0.15 V and a source resistance of 30 k2, the peak amplitude of v, is 5 mV. Specify R, and the bias current Ie. The BJT has ß = 74. If the total resistance in the collector is 6 k£2, find the overall voltage gain G, and the peak amplitude of the output signal v,.

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7.75 sedra smith microelectronic circuits

D 7.75 Design a CE amplifier with a resistance R, in the
emitter to meet the following specifications:
(i) Input resistance R = 15 k2.
(ii) When fed from a signal source with a peak amplitude
of 0.15 V and a source resistance of 30 k2, the peak
amplitude of v, is 5 mV.
Specify R, and the bias current Ie. The BJT has ß = 74. If the
total resistance in the collector is 6 k£2, find the overall voltage
gain G, and the peak amplitude of the output signal v,.
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Transcribed Image Text

D 7.75 Design a CE amplifier with a resistance R, in the emitter to meet the following specifications: (i) Input resistance R = 15 k2. (ii) When fed from a signal source with a peak amplitude of 0.15 V and a source resistance of 30 k2, the peak amplitude of v, is 5 mV. Specify R, and the bias current Ie. The BJT has ß = 74. If the total resistance in the collector is 6 k£2, find the overall voltage gain G, and the peak amplitude of the output signal v,.