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1CH PM Fiber Array | 0° Ultra-Thin 8x2.5x0.753mm Quartz Block | Corning PM1550, Slow Axis to Key | High ER 25dB PMFA | Gracyfiber

1CH PM Fiber Array | 0° Ultra-Thin 8x2.5x0.753mm Quartz Block | Corning PM1550, Slow Axis to Key | High ER 25dB PMFA | Gracyfiber

Model Number: 910001701-04
Detail Information
Channel Count:
1
Block Dimensions:
8x2.5x0.753mm
Extinction Ratio:
25dB
Fiber Type:
PM1550
Highlight:

1CH PM Fiber Array quartz block

,

Ultra-Thin PM Fiber Array

,

High ER 25dB PMFA

Product Description

1CH PM Fiber Array | 0° Ultra-Thin 8x2.5x0.753mm Quartz Block | Corning PM1550, Slow Axis to Key | High ER 25dB PMFA | Gracyfiber

1. Product Overview

This product is a single-channel polarization-maintaining fiber array (PMFA), using quartz glass and Corning PM1550 polarization-maintaining fiber, with a polishing angle of A0°.

2. Core Product Features

Parameters Unit Spec. Value
Channel / 1 OK
Material / Quartz Glass OK
Channel Spacing μm / OK
Polishing Angle Degree / OK
Package(L)X(W)X(H) mm 8*2.5*0.753 OK
Insertion Loss dB ≤0.3
Extinction Ratio dB ≥18 25
FA PM Fiber Alignment / PMII OK
Connctor PM Fiber Alignment / Slow Axis
Alignment Key
OK
Fiber Type / PM1550 OK
Fiber Tube mm 0.9 OK
Tube Color / Blue OK
Length m 1±0.1 OK
Connector / FC/APC OK
Operating Temperature (℃) 0~65 OK
Storage Temperature (℃) -40~85 OK
  • Single-channel polarization-maintaining fiber array structure
  • Low insertion loss performance
  • High extinction ratio polarization-maintaining capability
  • High-precision compact structure

1CH PM Fiber Array | 0° Ultra-Thin 8x2.5x0.753mm Quartz Block | Corning PM1550, Slow Axis to Key | High ER 25dB PMFA | Gracyfiber 0

3. Applications

  • 1550 nm polarization-maintaining fiber communication systems
  • Single-channel polarization-maintaining optical modules and optical device packaging
  • Silicon photonics chip coupling and photonic integration packaging
  • Fiber optic sensing, interferometers, and polarization control systems
  • Optical path coupling for lasers, modulators, and detectors
  • Laboratory optical path testing platforms and precision optical equipment