Aistana Logo
High Power Filter Wavelength Division Multiplexer 9855nm~5155nm
Download PDF
Features Applications
Low Insertion Loss EDFAs
Low Polarization Dependence Raman Amplifier
High Isolation WDM Networks
Excellent Environmental Stability Fiber Optics Instrumentation
High Power Handling Capability
Specifications
Parameters Unit  Values  
Pass Band Wavelength Range  nm 1270-1350  1450-1490  1500-1520  950-1010 
(1530-1600) (1530-1580) (1530-1570) (1500-1600)
Typ. Insertion Loss  dB 0.6 0.6 0.7 0.7
Max. Insertion Loss  dB 0.8 0.8 0.9 0.9
Typ. Isolation  dB 35 30 35 35
Min. Isolation at 23 dB 30 25 30 30
Reflection Band  Wavelength Range  nm 1530-1600  1530-1580  1530-1570  1500-1600 
(1270-1350) (1450-1490) (1500-1520) (950-1010)
Typ. Insertion Loss  dB 0.5
Max. Insertion Loss  dB 0.7
Typ. Isolation  dB 15
Min. Isolation at 23 dB 12
Min. Optical Return Loss dB 50
Max. PDL  dB 0.1
Typ. PDL dB 0.05
Thermal Stability  dB/ 0.005
Max. Optical Power (CW) W 1, 2, 3 or Specify
Max. Tensile Load  N 5
Fiber Type    SMF-28e Fiber HI 1060 Fiber
for Pump Channel (Two Ports)
Operating Temperature   -5 to +70
Storage Temperature  -40 to +85
*Above specifications are for device without connector.
*For devices with connectors, IL will be 0.3dB higher and RL will be 5dB lower and optical power is only 1000mW.
*SMF-28e Fiber is used for 1550nm interface and  HI 1060 Fiber is used for 980nm channel.
Package Dimensions 
Ordering Information 
AHPFWDM-①①①①-②②-③③③-④④④-
①①①①: Wavelength  ②②: Handling Power  ④④④: Fiber Jacket on Port 1, 2 & 3
 3155 - 1310nm Pass / 1550nm Reflect 01  - 01W  B - 250um Bare Fiber
 5531 - 1550nm Pass / 1310nm Reflect SS - Specify  L - 900um Loose Tube
 4855 - 1480nm Pass / 1550nm Reflect  S - Specify
 5548 - 1550nm Pass / 1480nm Reflect ③③③: Connector Type on Port 1, 2 & 3
 5155 - 1510nm Pass / 1550nm Reflect  1 - FC/UPC  : Fiber Length 
 5551 - 1550nm Pass / 1510nm Reflect  2 - FC/APC   1 - 1.0m
 9855 - 980nm Pass / 1550nm Reflect   3 - SC/UPC  S - Specify
 5598 - 1550nm Pass / 980nm Reflect  4 - SC/APC
 N - None
 S - Specify