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D7.35 The bias arrangement of Fig. 7.53 is to be used for a common-base amplifier. Design the circuit to establish a de emitter current of 1 mA and provide the highest possible voltage gain while allowing for a signal swing at the collector of ±2 V. Use +10-V and -5-V power supplies.

D7.35 The bias arrangement of Fig. 7.53 is to be used for a common-base amplifier. Design the circuit to establish a de emitter current of 1 mA and provide the highest possible voltage gain while allowing for a signal swing at the collector of ±2 V. Use +10-V and -5-V power supplies.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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D7.35 The bias arrangement of Fig. 7.53 is to be used for a common-base amplifier. Design the circuit to establish a de emitter current of 1 mA and provide the highest possible voltage gain while allowing for a signal swing at the collector of ±2 V. Use +10-V and -5-V power supplies. R₂4 +Vcc RE -VEE Figure 7.53 Biasing the BJT using two power supplies. Resistor R is needed only if the signal is to be capacitively coupled to the base. Otherwise, the base can be connected directly to ground, or to a grounded signal source, resulting in almost total 8-independence of the bias current.
Transcribed Image Text:D7.35 The bias arrangement of Fig. 7.53 is to be used for a common-base amplifier. Design the circuit to establish a de emitter current of 1 mA and provide the highest possible voltage gain while allowing for a signal swing at the collector of ±2 V. Use +10-V and -5-V power supplies. R₂4 +Vcc RE -VEE Figure 7.53 Biasing the BJT using two power supplies. Resistor R is needed only if the signal is to be capacitively coupled to the base. Otherwise, the base can be connected directly to ground, or to a grounded signal source, resulting in almost total 8-independence of the bias current.
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