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Asked: 2023-08-29T10:35:13-04:00 In:

D7.44 Design the CB amplifier of Fig. 7.60(a) to provide an input resistance Rin that matches the source resistance of a cable with a characteristic resistance of 50 Ω. Assume that . The available power supplies are ±5 V and RL = 8 kΩ. Design for a dc collector voltage VC = +1 V. Specify the values of RC and RE. What is the overall voltage gain? If vsig is a sine wave with a peak amplitude of 10 mV, what is the peak amplitude of the output voltage? Let . RC = 8 kΩ; RE = 8.6 kΩ; 40 V/V; 0.4 V

Venkyelectrical
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D7.44 Design the CB amplifier of Fig. 7.60(a) to provide an input resistance Rin that matches the source resistance of a cable with a characteristic resistance of 50 Ω. Assume that . The available power supplies are ±5 V and RL = 8 kΩ. Design for a dc collector voltage VC = +1 V. Specify the values of RC and RE. What is the overall voltage gain? If vsig is a sine wave with a peak amplitude of 10 mV, what is the peak amplitude of the output voltage? Let .

RC = 8 kΩ; RE = 8.6 kΩ; 40 V/V; 0.4 V

D7.44 Design the CB amplifier of Fig. 7.60(a) to provide an input resistance Rin that matches the source resistance of a cable with a characteristic resistance of 50 Ω. Assume that . The available power supplies are ±5 V and RL = 8 kΩ. Design for a dc collector voltage VC = +1 V. Specify the values of RC and RE. What is the overall voltage gain? If vsig is a sine wave with a peak amplitude of 10 mV, what is the peak amplitude of the output voltage? Let . RC = 8 kΩ; RE = 8.6 kΩ; 40 V/V; 0.4 V

microelectronics by sedra & smith chapter 7 exercise questions

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