In telecommunications, effective input noise temperature is the source noise temperature in a two-port network or amplifier that will result in the same output noise power, when connected to a noise-free network or amplifier, as that of the actual network or amplifier connected to a noise-free source. If F is the noise factor numeric and 290K the standard noise temperature, then the effective noise temperature is given by Tn = 290(F − 1).
effective, input, noise, temperature, telecommunications, effective, input, noise, temperature, source, noise, temperature, port, network, amplifier, that, will, result, same, output, noise, power, when, connected, noise, free, network, amplifier, that, actual. In telecommunications effective input noise temperature is the source noise temperature in a two port network or amplifier that will result in the same output noise power when connected to a noise free network or amplifier as that of the actual network or amplifier connected to a noise free source If F is the noise factor numeric and 290 K the standard noise temperature then the effective noise temperature is given by T n 290 F 1 References edit nbsp This article incorporates public domain material from Federal Standard 1037C General Services Administration Archived from the original on 2022 01 22 in support of MIL STD 188 nbsp This article related to telecommunications is a stub You can help Wikipedia by expanding it vte Retrieved from https en wikipedia org w index php title Effective input noise temperature amp oldid 1120381916, wikipedia, wiki, book, books, library,
