a) Give a suitable definition of available noise power. Then show that for a resistor the...

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a) Give a suitable definition of available noise power. Then show that for a resistor the available thermal noise power spectral density S(Pa) is given by: S(Pa) = kT; where k is Boltzmann's constant and T is temperature in Kelvins. b) Define the following terms i) insertion power gain ii) available power gain iii) transducer power gain iv) signal bandwidth v) equivalent noise bandwidth c) Give the (spot values) equivalent circuit model for a noisy one port based on i) Thevenin equivalent circuit ii) Norton equivalent circuit a) Give a suitable definition of available noise power. Then show that for a resistor the available thermal noise power spectral density S(Pa) is given by: S(Pa) = kT; where k is Boltzmann's constant and T is temperature in Kelvins. b) Define the following terms i) insertion power gain ii) available power gain iii) transducer power gain iv) signal bandwidth v) equivalent noise bandwidth c) Give the (spot values) equivalent circuit model for a noisy one port based on i) Thevenin equivalent circuit ii) Norton equivalent circuit

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a Available noise power is the power contained in the noise signal that can be extracted from a circuit or system It denotes the maximum amount of noise power that a load can use or transfer to anothe... View the full answer