b) The thermal noise power available from a 80 ohm resistor , is -141 dBm. It is kept at a temperature of 19 deg C. Calculate (i) the noise power bandwidth (B). (ii) Thermal Noise voltage across this...

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b) The thermal noise power available from a 80<br>ohm resistor , is -141 dBm. It is kept at a<br>temperature of 19 deg C. Calculate<br>(i)<br>the noise power bandwidth (B).<br>(ii)<br>Thermal Noise voltage across this resistor.<br>(Assume the Boltzmann's constant k = 1.38 x<br>10^-23 joules/ deg K. )<br>

Extracted text: b) The thermal noise power available from a 80 ohm resistor , is -141 dBm. It is kept at a temperature of 19 deg C. Calculate (i) the noise power bandwidth (B). (ii) Thermal Noise voltage across this resistor. (Assume the Boltzmann's constant k = 1.38 x 10^-23 joules/ deg K. )

Jun 11, 2022

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b) The thermal noise power available from a 80 ohm resistor , is -141 dBm. It is kept at a temperature of 19 deg C. Calculate (i) the noise power bandwidth (B). (ii) Thermal Noise voltage across this...

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