2. Find the input thermal noise voltage of a receiver with a bandwidth of 3.33 kHz, with an input resistance of 42 Q, and a temperature of 29°C. 3. Given the signal power of 2.3 µW and the noise power of 0.7 µW, calculate the signal-to-noise ratio.

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2. Find the input thermal noise voltage of a receiver with a bandwidth of 3.33 kHz, with an input resistance of 42 Q, and a temperature of 29°C.
3. Given the signal power of 2.3 µW and the noise power of 0.7 pW, calculate the signal-to-noise ratio.
Transcribed Image Text:2. Find the input thermal noise voltage of a receiver with a bandwidth of 3.33 kHz, with an input resistance of 42 Q, and a temperature of 29°C. 3. Given the signal power of 2.3 µW and the noise power of 0.7 pW, calculate the signal-to-noise ratio.
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