Polarization Maintaining Filter Coupler (1x2,2x2)
1310, 1480, 1550, 1940, 2000nm
Features Low Insertion Loss High Return Loss High Extinction Ratio | Applications EDFA & Raman Amplifier Fiber Sensor Fiber Optical Instrument |
Specifications
Parameters | Unit | Values | ||||
Type | / | 1x2 or 2x2 | ||||
Center Wavelength | nm | 1310 | 1480 | 1550 | 1940 | 2000 |
Operating Wavelength Range | nm | ±40 | ±40 | ±40 | ±40 | ±40 |
Tap Coupling Ratio | % | 1±0.5%, 5±1.0%, 10±2.0%, and 50% | ||||
Insertion Loss | dB | IL related to Coupling Ratio | ||||
Excess Loss | dB | 1x2:≤0.7 ; 2x2:≤1.0 | 1x2:≤1.2 ; 2x2:≤1.5 | |||
Uniformity(Only for 50/50) | dB | 1x2:≤0.4 ; 2x2:≤0.6 | 1x2:≤0.6 ; 2x2:≤0.8 | |||
Extinction Ratio | dB | 1x2:≥20 ; 2x2:≥18 | 1x2:≥18 ; 2x2:≥17 | |||
Return Loss | dB | ≥50 | ||||
Max Power Handling (CW) | W | 0.5, 1, 2 or 5 | ||||
Tensile Load | N | ≤5 | ||||
Operating Temperature | ℃ | -5~+75 | ||||
Storage Temperature | ℃ | -40~+85 |
Note: 1. Customization is available. The connector default slow axis alignment key
2. Above specifications are for device without connector, If with connector, IL will be 0.3dB higher, return loss with be reduce 5dB and Extinction Ratio will reduce 2dB.
3. For >10W high power applications, we will use heat sink package
4. If there is pulse application, please be sure to inform us of pulse energy and peak power.
Dimensions
1x2 | 2x2 |
| |
Ordering Information PMFC-XXXX-XX-XX-X-XX-XX-XX-XX-XX-XX
①Wavelength: | 1310=1310nm; 1480=1480nm; 1550=1550nm; 1940=1940nm; 2000=2000nm; S=Specify |
②Configuration Type: | 12=1x2, 22=2x2 |
③Coupling Ratio: | 50=50/50; 40=40/60; 30=30/70; 20=:20/80; 10=10/90; 01=1/99; S=Specify |
④Working Axis: | B=Both axis workiing, F=Slow Axis Working,Fast axis blocked |
⑤Fiber Type: | PM1300; PM1550; PM1950; S=Specify |
⑥Power Handling: | 0L=0.5W; 01=1W; 02=2W |
⑦Package Dimensions: | S1=5.5x35mm; S=Specify |
⑧Pigtail Type: | 00=bare fiber; 09=900um loose tube |
⑨Fiber Length: | 08=0.8m; 10=1m; S=Specify |
⑩Connector Type: | FA=FC/APC; FP=FC/UPC; SA=SC/APC; SP=SC/UPC; S=Specify |