Rof Electro-optic modulator EDFA Optical Amplifier Erbium Doped Fiber Amplifier YDFA Amplifier

Specifications

Amplifier Type: Not Specified
Wavelength Range: 1525 – 1565 nm
Min Input Power: -3 dBm
Max Output Power: -40 dBm
Output Fiber Type: Other (see Data Sheet)
Operating Wavelength Range: 1525-1565 nm
Operating Wavelength Range: 1050-1100 nm
Input Minimum Optical Power: -40 dBm
Input Minimum Optical Power: -10 dBm
Input Minimum Optical Power: -3 dBm
Saturated Output Optical Power: 0 dBm
Saturated Output Optical Power: 17/20/23 dBm
Saturated Output Optical Power: 30/33/37 dBm
Saturated Output Optical Power: 30/33 dBm
Noise Figure: 4.5 dB
Noise Figure: 5.0 dB
Noise Figure: 5.5 dB
Noise Figure: 5 dB
Input Optical Isolation: 30 dB
Output Optical Isolation: 30 dB
Fiber Type: SMF-28 or PM
Fiber Type: HI1060
Output Connector: FC/APC
Dimensions (Module): 90x70x18 mm
Dimensions (Module): 150x125x20 mm
Dimensions (Desktop): 320x220x90 mm
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Features

  • Low noise
  • ACC, AGC, APC Option
  • SM and PM fiber Option
  • Automatic shut off pump protection
  • Remote control
  • Desktop, module package are optional

Applications

  • An amplifier can boost the (average) power of a laser output to higher levels (→ master oscillator power amplifier = MOPA).
  • It can generate extremely high peak powers, particularly in ultrashort pulses, if the stored energy is extracted within a short time.
  • It can amplify weak signals before photodetection, and thus reduce the detection noise, unless the added amplifier noise is large.
  • In long fiber-optic links for optical fiber communications, the optical power level has to be raised between long sections of fiber before the information is lost in the noise.