Description
Measurements of loss and bandwidth in multi-mode fibers are highly dependent on the modal condition of the light source used for the measurement. For example, OTDR and LS/PM loss measurements can differ significantly simply because an OTDR uses a laser source and not an LED. These widely different modal characteristics between sources used in measuring fiber optic systems and networks result in a large and source dependent uncertainty in the accuracy of measurements. When using a ModCon, you launch the same distribution of modes into the fiber regardless of the source being used and consequently reduce the uncertainty in your measurements due to variation between sources. In summary the ModCon increases the accuracy of measurements, gives better agreement between test data sets and is a simple and certifiable method of complying with international standards.
Arden Photonics ModCon Mode Controller for EF Compliant Fiber Testing
Specifications
Max Power Throughput : | 10 mW |
---|---|
Light Source: | 850 - 1300 nm |
Mode Control: | 50 - 125 um |
Features
- Encircled Flux Compliance: The ModCon Mode Controller ensures EF compliant launch conditions, meeting IEC 61280-4-1:2009 standards.
- Plug & Play: Easily integrates with your LED or VCSEL light source to provide stable and consistent EF compliant output.
- Enhanced Measurement Accuracy: Reduces uncertainty in loss and bandwidth measurements in multi-mode fibers by providing consistent modal conditions.
- Improves Repeatability: Increases the repeatability of multi-mode fiber tests by maintaining the same mode distribution regardless of the light source.
- Optimized for Key Wavelengths: Designed to work efficiently at 850nm and 1300nm wavelengths.
- Compatibility: Compatible with all multi-mode fiber optic testers, ensuring versatile application.
- Dimensions & Weight: Compact design with dimensions of 153mm x 36mm x 10.5mm and a lightweight mass of 50g.
- Durable Construction: Features a high-strength polymer enclosure and robust 3mm PVC jacketed cables with Aramid strength members.
- Optical Specifications: Maximum power throughput of 10mW with insertion loss at 850nm (50µm < 3dB; 62.5µm < 3dB).
- Certification: Each ModCon is rigorously tested and can be provided with a Certificate of Conformance or Test Sheet for record-keeping.
Applications
- Fiber mode control and test certification
Frequently Asked Questions
What is the ModCon Mode Controller?
How does the ModCon Mode Controller work?
What are the benefits of using the ModCon Mode Controller?
What applications is the ModCon Mode Controller suitable for?
Does the ModCon Mode Controller work with all multi-mode fiber optic testers?
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