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Encyclopedia > Received noise power

In telecommunication, the term received noise power has the following meanings:


1. The calculated or measured noise power, within the bandwidth being used, at the receive end of a circuit, channel, link, or system.


2. The absolute power of the noise measured or calculated at a receive point.


Note: The related bandwidth and the noise weighting must also be specified.


3. The value of noise power, from all sources, measured at the line terminals of telephone set's receiver.


Note: Either flat weighting or some other specific amplitude-frequency characteristic or noise weighting characteristic must be associated with the measurement.


Source: From Federal Standard 1037C and from MIL-STD-188


  Results from FactBites:
 
transmissionII: airborne (3952 words)
Antenna noise temperature is the temperature of a hypothetical resistor at the input of an ideal noise-free receiver that would generate the same output noise power per unit bandwidth as that at the antenna output at a specified frequency.
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.
The FM improvement factor is the quotient obtained by dividing the signal-to-noise ratio (SNR) at the output of an FM receiver by the carrier-to-noise ratio (CNR) at the input of the receiver.
United States Patent Application: 0040091056 (5960 words)
The receiver of claim 23, wherein the noise power spectral density is measured at an output of a discrete Fourier transform.
The receiver of claim 23, wherein the target spectral response is the inverse of the measured noise power spectral density.
The analog noise power spectral density observed at the input of the receiver A/D is S.sub..eta.(f).
  More results at FactBites »


 

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