8ea 47380 FOBS-12P-111-6/125-SPP-976-PBS-50-XXX-0.25-1- HP1.5
Fiber optic beamsplitter for 976nm, with a 1x2 polarizing beam splitter, with 50dB return loss,with 1 meter long, 250µm OD buffered 976nm 6/125 singlemode fiber (input) and PM fiber (2 outputs) pigtails. Both PM ports are aligned with the slow axis aligned to the output polarizations. No connectors on all ports. HP: for high power, up to 1.5 Watts CW.

4ea FUSED-12-980-6/125-90/10-3S3S3S-1-1-PM
Fused 1x2 splitter for 980nm, 90/10 % split ratio along slow axis propagation, with 1 meter long,900µm OD jacketed 6/125µm PM fibers terminated with FC/SPC connectors with all connector keys aligned to the slow PM fiber axes on each end.

4ea FUSED-12-980-6/125-99/1-3S3S3S-1-1-PM
Fused 1x2 splitter for 980nm, 99/1 % split ratio along slow axis propagation, with 1 meter long, 900µm OD jacketed 6/125µm PM fibers terminated with FC/SPC connectors with all connector keys aligned to the slow PM fiber axes on each end.

4ea FUSED-12-980-6/125-99.9/0.1-3S3S3S-1-1-PM
Fused 1x2 splitter for 980nm, 99.9/0.1 % split ratio along slow axis propagation, with 1 meter long, 900µm OD jacketed 6/125µm PM fibers terminated with FC/SPC connectors with all connector keys aligned to the slow PM fiber axes on each end.

2ea LPC-01-1030-6/125-P-1-5AS-60-3S-1-1-SP
Pigtail style collimator for 1030nm with a f=5.0mm aspheric lens in a 4mm OD lens housing,60dB (excluding connector) return loss (inner fiber angled polished and AR coated), with a 1 meter long, 0.9mm OD cabled 6/125µm PM fiber terminated with FC/SPC connector that its key
is pre-aligned and locked on to slow axes. The collimated beam will be about 1mm in diameter at the 1/e^2 level with a full divergence angle of about 1.2mrad. SP: 1- No boot on collimator to fiber interface 2- Adjusted for pointing error less than <20mrad 3- The inner fiber is finished to
handle up to 1W CW.

2ea LPC-01-1030-6/125-P-1-5AS-60-3A-1-1-SP
Pigtail style collimator for 1030nm with a f=5.0mm aspheric lens in a 4mm OD lens housing,60dB return loss (inner fiber angled polished and AR coated), with a 1 meter long, 0.9mm OD cabled 6/125µm PM fiber terminated with FC/APC connector that its key is pre-aligned and
locked on to slow axes. The collimated beam will be about 1mm in diameter at the 1/e^2 level with a full divergence angle of about 1.2mrad. SP: 1- No boot on collimator to fiber interface 2- Adjusted for pointing error less than <20mrad 3- The inner fiber is finished to handle up to 1W
CW.

4ea 20956 PMJ-3S3S-980-6/125-1-1-1
1 meter long, 0.9mm OD jacketed, 980nm 6/125 PM fiber patchcord, terminated on each end with super FC/PC connectors that are pre-aligned and locked on the slow axis.

4ea 45489
Pigtail style collimator for 1030nm with a f=5.0mm aspheric lens in a 4mm OD lens housing,60dB return loss (inner fiber angled polished and AR coated), with a 1 meter long, 0.9mm OD cabled 6/125 HI1060 singlemode fiber without a connector The collimated beam will be about
1.1mm in diameter at the 1/e^2 level with a full divergence angle of about 1.2mrad. SP: 1- No boot on collimator to fiber interface 2- Adjusted for pointing error less than <20mrad 3- The inner fiber is finished to handle up to 1W CW.

6ea LPC-01-1560-9/125-S-1-5AS-60-X-1-1-SP
Pigtail style collimator for 1560nm with a f=5.0mm aspheric lens in a 4mm OD lens housing, 60dB return loss (inner fiber angled polished and AR coated), with a 1 meter long, 0.9mm OD cabled 9/125µm SMF 28e+ singlemode fiber without a connector The collimated beam will be about 1mm in diameter at the 1/e^2 level with a full divergence angle of about 2mrad. SP: 1- No boot
on collimator to fiber interface 2- Adjusted for pointing error less than <20mrad 3- The inner fiber is finished to handle up to 1W CW.

Equivalent Guidelines

The parts or model numbers listed are listed for reference purposes only. Any alternate products being offered shall have equivalent, or greater, performance parameters to those specified. Suppliers that are offering alternate products shall list the manufacturer, model, and part numbers for the product. When quoting an alternate product, please provide sufficient documentation to permit thorough evaluation of the equivalency of your offer to the product specified