ErFA 11000 Series - FURUKAWA ELECTRIC - #1

/ 5


catalogue search
ErFA 11000 Series - FURUKAWA ELECTRIC
P. 01
ErFA 11000 Series - FURUKAWA ELECTRIC
P. 02
ErFA 11000 Series - FURUKAWA ELECTRIC
P. 03
ErFA 11000 Series - FURUKAWA ELECTRIC
P. 04
ErFA 11000 Series - FURUKAWA ELECTRIC
P. 05
Pages:
ErFA 11000 Series - FURUKAWA ELECTRIC


See other catalogues for FURUKAWA ELECTRIC
You may also be interested in

Electrical cable, Thermocouple, Antenna, Fiber laser, Pipe


Text version of the page
Data Sheet ErFA 11000 Series Feb. 2009 P08CA750-17 1/5 Desktop type Er doped optical amplifier Product type: ErFA 11021B,11022,11023,11031B,11032,11101, 11501,11503 Descriptions ErFA11000 series are desktop type Er doped optical fiber amplifiers (EDFAs) for experimental use. ErFA11000 series can be operated with commercial AC power. Various models are lined up according to the output power level, gain and noise figure. Features .. Both of EDFAs pumped by 1480nm laser diodes and 980nm laser diodes are available. .. Following three operating modes are available (1) ACC : Automatic pump laser current control Pump laser current is controlled to stabilize pump laser power. (2) APC : Automatic pump power control Pump power is monitored and controlled using photo diode in pump laser. (3) ALC : Automatic amplified output power control Output power level of the amplifier is monitored and controlled. .. Pump laser current, pump laser power, temperature of pump laser, input power output power and returned power from output terminal are monitored. .. (Input power monitor and returned power monitor are optional for ErFA11031B) .. Pump laser current, pump laser power, temperature of pump laser and output power are displayed on front panel. .. Maximum output power level is over +24dB.(ErFA11023) .. Maximum gain is over 45dB.(ErFA11023) .. Noise figure is less than 5.5dB.(ErFA11031B and ErFA11032 pumped by 980nm laser diode(s).) Applications .. Suitable for lab applications, test-bed experiments .. C-band .. L-band

pageCatalog pdf di En 2012-02-07-14