Information about Generation Recombination Noise

Generation-Recombination noise, or g-r noise, is a type of electrical signal noise caused statistically by the fluctuation of the generation and recombination of electrons in semiconductor-based photon detectors.

See also

In science, and especially in physics and telecommunication, noise is fluctuations in and the addition of external factors to the stream of target information (signal) being received at a detector.
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Generation (from the Greek γενεά), also known as procreation, is the act of producing offspring. It can also refer to the act of creating something inanimate such as electrical generation or cryptographic code generation.
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Recombination may refer to:
  • Recombination (biology)
  • Genetic recombination
  • Carrier generation and recombination, processes by which mobile electrons and electron holes are created and eliminated

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Electron

Theoretical estimates of the electron density for the first few hydrogen atom electron orbitals shown as cross-sections with color-coded probability density
Composition: Elementary particle
Family: Fermion
Group: Lepton
Generation: First
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A semiconductor is a solid that has electrical conductivity in between that of a conductor and that of an insulator, and can be controlled over a wide range, either permanently or dynamically.[1] Semiconductors are tremendously important in technology.
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Photon

Photons emitted in a coherent beam from a laser
Composition: Elementary particle
Family: Boson
Group: Gauge boson
Interaction: Electromagnetic
Theorized: Albert Einstein (1905–17)
Symbol: or
Mass: 0[1]
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NOiSE is a one volume manga created by Tsutomu Nihei as a prequel to his acclaimed ten-volume work, Blame!.

It offers some rather sketchy information concerning the Megastructure's origins and initial size, as well as the origins of Silicon life.
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Noise in audio, recording, and broadcast systems refers to the residual low level sound (usually hiss and hum) that is heard in quiet periods of a programme.

In audio engineering it can refer either to the acoustic noise from loudspeakers, or to the unwanted residual
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Electronic noise is an unwanted signal characteristic of all electronic circuits. Depending on the circuit, the noise put out by electronic devices can vary greatly. This noise comes from many different electronic effects.
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In telecommunication, noise figure (NF) is a measure of degradation of the signal to noise ratio (SNR), caused by components in the RF signal chain. The noise figure is the ratio of the output noise power of a device to the portion thereof attributable to thermal noise in
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In science, and especially in physics and telecommunication, noise is fluctuations in and the addition of external factors to the stream of target information (signal) being received at a detector.
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A weighting filter is used to emphasise or suppress some aspects of a phenomenon compared to others, for measurement or other purposes.

Audio applications

In each field of audio measurement, special units are used to indicate a weighted measurement as opposed to a
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The ITU-R 468-weighting curve (originally defined in CCIR recommendation 468) is widely used when measuring noise in audio systems, especially in the UK, Europe, and former countries of the British Empire such as Australia and South Africa.
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A-weighting is the most commonly used of a family of curves defined in IEC179 and various other standards relating to the measurement of perceived loudness, as opposed to actual sound intensity. The others are B, C, and D, weighting (see below).
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This is a list of noise topics.

Engineering and physics

  • 1/f noise
  • A-weighting
  • Ambient noise level
  • Antenna noise temperature
  • Artificial noise
  • Audio noise reduction
  • Audio system measurements
  • Bel, Bel (acoustics)
  • Black noise

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