PMBC1550P001112 datasheet, PDF

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PMBC1550P001112: DescriptionPolarization Maintaining Beam Combiner; File Size266KB，3 Pages; ManufacturerOplink（Molex）; Websitehttp://www.oplink.com

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PMBC1550P001112 Overview

Polarization Maintaining Beam Combiner

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Polarization Maintaining Beam

Combiner

PMBC Series

Product Description

Oplink’s Polarization Maintaining Beam Combiner (PMBC) is based on ather-

mal platform. The technology is a lead-free packaging platform and no epoxy

in the optical path. These devices feature super high extinction ratio, very high

power handling and low insertion loss. They are designed to work as pump

combiners for EDFA, Raman amplifier systems and 40-Gbps, 100-Gbps trans-

mission system. Oplink’s patented packaging technology ensures the highest

quality and reliability.

Oplink can provide customized designs to meet specialized feature applica-

tions. Also, Oplink offers modular assemblies that integrate other components

to form a full function module or subsystem.

Performance Specificationns

PMBC Series

Specifications

Ultra P Grade

P Grade

A Grade

Features



Super High Extinction Ratio

Unit



Low Insertion Loss



Highly Stablility & Reliability



Epoxy-Free Optical Path



Compact Size



High-Power Handling

1450 ± 30

Wavelength Range

Insertion Loss

Wavelength Dependent Loss (WDL)

Optical Return Loss

Directivity

Extinction Ratio

Direction of Incident Polarization

Operting Power Handling

Operating Temperature

Storage Temperature

Fiber Type

Physical

Dimensions

Input Ports

Output Port

P1 (with bare fiber)

P2 (with900μm loose tube)

≥ 23

≤ 0.5

1480 ± 30

1550 ± 30

≤ 0.5

≤ 0.15

≥ 55

≥ 45

≥ 20

Slow Axis

≤ 2000

0 to +70

-40 to +85

Fujikura Panda, PM Fiber

Corning SMF-28

5.5±0.1 (Φ) x 34.0±1 (L)

5.5±0.1 (Φ) x 40.0±1 (L)

°C

≥ 18

≤ 0.7

Applications



EDFA



Raman Amplifier



40-Gbps, 100-Gbps Transmission

System



Laboratory R&D

Note:

* All the parameters are excluding connectors; ER is 3dB lower and after connector added

S0066 - R04. 20100604

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