• Mode Field Diameter
  • Numerical Aperture
  • Post-draw
  • Final Quality Control

2314 Far Field Scanner

High speed, high dynamic range mode field diameter, effective area and numerical aperture measurements

Full Description

The 2314 Far Field Scanner System provides both high speed and high dynamic range characterization of the mode field diameter and effective area of single-mode fibers, and also the numerical aperture of multimode fibers. With a scanning range up to 0.87 NA and the ability to perform precise far field measurements from 500 to 1700 nm, the 2314 can characterize virtually all standard and specialty optical fiber designs. The 2314 supports up to six internal light sources which can be quickly connected to the fiber under test with low optical loss via a Photon Kinetics 1100 Single Fiber Aligner, 1120 Bare Fiber Aligner or similar customer-supplied coupling device. Standard sources available include 1310, 1550 and 1625 nm lasers for single-mode fiber measurements, and LEDs at both 850 and 1300 nm for multimode fibers. Special laser sources at 632, 780, 820, 980 and 1064 nm are also offered, as are custom light sources. The 2314 is the only mode field diameter, effective area and numerical aperture measurement system that provides "standards laboratory" precision with the ease-of-use and data acquisition speed that are essential for the production floor.

Capabilities

Numerical Aperture
Numerical Aperture
Effective Area
Effective Area
Mode Field Diameter
Mode Field Diameter

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Features & Benefits

Reference measurement technique ensures measurement accuracy

Configuration flexibility enhances instrument utility, return on investment

Internal laser sources reduce footprint, speed measurement, simplify connection to fiber

High dynamic range improves accuracy and reduces measurement time

Key Specs

Scanning Range

Specification
± 60 degrees

Minimum Scan Increment

Specification
< 0.12 degrees

Detector Subtended Angle

Specification
< 0.09 degrees

Standard Single-mode Wavelengths

Specification
1310, 1550 and 1650 nm

Standard Multimode Wavelengths

Specification
850 and 1300 nm

Optional Wavelengths

Specification
632, 780, 820, 980, 1064 nm and customer-specified

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Solutions include optical fiber preform analyzers and test systems for characterizing the geometric and transmissive properties of fibers, as well as fiber handling and other test automation products that help minimize both measurement time and cost.