M1300cd Variable Gain Edfa, 5-15 Db Gain, 20 Dbm Op, Single Pump, 2 Channels 2nm

US $1,000.00

  • San Francisco, California, United States
  • Feb 26th
M1300CD Variable Gain EDFA, 5-15 dB Gain, 20 dBm OP, Single Pump, 2 Channels 2nm Spacing  Item Parameters Min Typ. Max Unit Notes 1 Number of pump lasers 1 2 Minimum wavelength range in vacuum (C-Band) 1529 1564 nm 3 Total input power -17.0 +15.0 dBm 4 Input loss threshold -19 -18 -17 dBm Settable 5 Total signal output power -2 20 dBm 6 Loss of output threshold -4 -2 dBm Settable 7 Channel spacing 1 2 nm Everywhere within the wavelength range 8 Gain range 5 15 dB 9 Gain setting accuracy 0.2 0.5 dB 10 Gain flatness over entire gain bandwidth (Pk-Pk) all temperatures 0.7 1.0 dB 11 Steady state gain, power stability ± 0.1 ±0.2 dB 12 G=5dB 8.5 G=7dB 7.6 G=9dB 7.0 G=11dB 6.5 G=13dB 6.2 G=15dB 5.8 14 Residual pump power out of input port -30 dBm 15 Optical return loss (at any port, pump off) 45 dB 16 Polarization dependence loss + polarization dependent gain 0.3 dB 17 Polarization mode dispersion 0.25 ps 20 Power consumption 12 W 22 Mechanical size (no heat sink) mm 70x90x15 Notes Performance Over all temperature range (-5 to 70C case), gain and input power ranges unless otherwise specified. Gain accuracy definition – For steady state conditions, required gain G can be defined as G = (Pout – Pase) / Pin, where Pin and Pout are the total power levels at the input and output of the amplifier and Pase is the excess Amplified Spontaneous Emission created by the amplifier at the specified gain. Gain accuracy means measurement accuracy for the defined gain value. 

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