7. A single stage amplifier has a 200 kHz bandwidth and a voltage gain of 100 at 290 K temperature. ASsume that the external noise is negligible and that 1mV signal is applied to the amplifier's input. Calculate the output noise voltage if the amplifier has a 5-dB NF and the input noise is generated by a 2 kiloohm resister.

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7. A single stage amplifier has a 200 kHz bandwidth and a voltage gain of 100 at 290 K
temperature. Assume that the external noise is negligible and that 1mV signal is applied
to the amplifier's input. Calculate the output noise voltage if the amplifier has a 5-dB NF
and the input noise is generated by a 2 kiloohm resister.
8. 2 resistors in series (R1 = 50 ohms; T1 = 375 degree K) and (R2 = 120 ohms; T2 = 425
degree K). Determine the total noise voltage over a bandwidth of 120 kHz.
Transcribed Image Text:7. A single stage amplifier has a 200 kHz bandwidth and a voltage gain of 100 at 290 K temperature. Assume that the external noise is negligible and that 1mV signal is applied to the amplifier's input. Calculate the output noise voltage if the amplifier has a 5-dB NF and the input noise is generated by a 2 kiloohm resister. 8. 2 resistors in series (R1 = 50 ohms; T1 = 375 degree K) and (R2 = 120 ohms; T2 = 425 degree K). Determine the total noise voltage over a bandwidth of 120 kHz.
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