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Custom 8CH PMFA Block (10x3.5x1.5mm) | Slow Axis Aligned FC-APC | PM980XP with 0.9mm Blue Tube | Gracyfiber

Custom 8CH PMFA Block (10x3.5x1.5mm) | Slow Axis Aligned FC-APC | PM980XP with 0.9mm Blue Tube | Gracyfiber

Les informations détaillées
Comptage des canaux:
8
Espacement des canaux:
250 μm
Perte d'insertion:
≤0,3 dB
Rapport d'extinction:
≥18 dB
Mettre en évidence:

8CH PMFA Block FC-APC

,

Slow Axis Aligned PM980XP

,

0.9mm Blue Tube PM Fiber

Description de produit

Custom 8CH PMFA Block (10x3.5x1.5mm) | Slow Axis Aligned FC-APC | PM980XP with 0.9mm Blue Tube | Gracyfiber

Product Overview

This product is an 8-channel polarization-maintaining fiber array (PMFA), using quartz glass and PM980XP polarization-maintaining fiber. The channel spacing is 250 μm, and the polishing angle is 0°.

Core Product Features

Parameters Unit Spec. Value
Channel / 8 OK
Material / Quartz Glass OK
Channel Spacing μm 250 OK
Polishing Angle Degree OK
Package(L)X(W)X(H) mm 10*3.5*1.5 OK
Insertion Loss dB ≤0.3  
 
 
 
 
 
 
 
Extinction Ratio dB ≥18 25
 
 
 
 
 
 
 
FA PM Fiber Alignment / PM II OK
Connctor PM Fiber Alignment / Slow Axis
Alignment Key
OK
Fiber Type / PM980XP 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

8-Channel Array Design
Supports an 8-channel structure with a channel spacing of 250 μm, suitable for multi-channel optical signal coupling and integrated packaging applications.

Low Insertion Loss Performance
Insertion loss IL < 0.3 dB, effectively reducing optical link loss and improving system transmission efficiency and stability.

High Extinction Ratio Polarization Maintaining Performance

Applications

  • Polarization-maintaining fiber communication systems
  • Coherent optical communication modules
  • Silicon photonics chip coupling and photonic integration packaging
  • Multi-channel optical modules, transceivers, and array device packaging
  • Fiber optic sensing, interferometers, and polarization control systems
  • Laboratory optical path coupling, testing, and high-precision optical platforms