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7. The input is 1 W and the network loss is 27 dB, the output is 8. A filter has a voltage gain of -12 dB. If the input voltage is 48 volts, the output voltage is 9. An amplifier operating over a 4 MHz BW has a 100 ohm input resistance and is operating at 300K. Determine the noise power generated.

7. The input is 1 W and the network loss is 27 dB, the output is 8. A filter has a voltage gain of -12 dB. If the input voltage is 48 volts, the output voltage is 9. An amplifier operating over a 4 MHz BW has a 100 ohm input resistance and is operating at 300K. Determine the noise power generated.

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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7. The input is 1 W and the network loss is 27 dB, the output is 8. A filter has a voltage gain of -12 dB. If the input voltage is 48 volts, the output voltage is 9. An amplifier operating over a 4 MHz BW has a 100 ohm input resistance and is operating at 300K. Determine the noise power generated.
Transcribed Image Text:7. The input is 1 W and the network loss is 27 dB, the output is 8. A filter has a voltage gain of -12 dB. If the input voltage is 48 volts, the output voltage is 9. An amplifier operating over a 4 MHz BW has a 100 ohm input resistance and is operating at 300K. Determine the noise power generated.
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