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Multimode Tap WDM 1x2 T30 R70 OM5 Fiber 0.9mm Loose Tube LC UPC MM for Fiber Optic Power Monitoring

Multimode Tap WDM 1x2 T30 R70 OM5 Fiber 0.9mm Loose Tube LC UPC MM for Fiber Optic Power Monitoring

Detail Information
Operating Wavelength:
850-950nm
Fiber Type:
Corning OM5
Fiber Diameter:
0.9mm Loose Tube
Insertion Loss:
T30 ≤6.1dB, R70 ≤2.2dB
Highlight:

Multimode Tap WDM OM5 Fiber

,

1x2 T30 R70 WDM Filter

,

LC UPC MM Fiber Optic Power Monitoring

Product Description
Product Overview

This 1×2 Tap WDM multimode module adopts a T30:R70 splitter structure, operates across wavelengths of 850–950nm, and is equipped with Corning OM5 fiber and 0.9mm loose tubes.

Key Features
Parameters T30R70 T50R50
Operating Wavelength (nm) 850–950(LED light source) 850–950(LED light source)
Transmission Insertion (dB) 6.1 3.8
Reflection Insertion (dB) 2.2 3.8
Fiber Type Corning OM5 of Green 0.9 mm loose tube Corning OM5 of Green 0.9 mm loose tube
PDL (dB) ≤0.2 ≤0.2
RL (dB) ≥20 ≥20
Directivity (dB) ≥25 ≥25
Maximum Optical Power (mW) 300 300
Fiber Length (cm) 18–22(Including Connector) 18–22(Including Connector)
Operating Temperature (°C) -5–75 -5–75
Storage Temperature (°C) -40–85 -40–85
Package Dimension (mm)(Φ×L) 5.5 × 38 5.5 × 38
Connector LC/UPC(MM) LC/UPC(MM)
Specifications
  • 1×2 Tap WDM Multimode Module
  • T30:R70 Splitting Ratio
  • Operating Wavelength 850–950nm
  • Suitable for LED Light Sources
  • Corning OM5 Multimode Fiber
  • 0.9mm Fiber Loose Tube
  • T30 Insertion Loss ≤6.1dB
  • R70 Insertion Loss ≤2.2dB
  • PDL ≤0.2dB
  • Return Loss >20dB
  • Directivity >25dB
  • Maximum Optical Power 300mW
  • LC/UPC Multimode Connector
  • Fiber Length 18–22cm
  • Packaging Size φ5.5×38mm
  • Operating Temperature -5~75°C
  • Storage Temperature -40~85°C

Multimode Tap WDM 1x2 T30 R70 OM5 Fiber 0.9mm Loose Tube LC UPC MM for Fiber Optic Power Monitoring

Applications
  • Multimode Optical Communication Systems
  • Optical Power Monitoring
  • Optical Signal Splitting
  • Data Center Multimode Links
  • 850nm Optical Module Testing
  • Fiber Optic Link Monitoring
  • Optical Communication Equipment Integration
  • Multimode Optical Device R&D and Production