丨Product Overview

Fiber Ring Flux (EF) is an important physical quantity in multimode fiber transmission, reflecting the distribution and transmission efficiency of optical signals in the fiber. By accurately measuring and analyzing the fiber ring flux, the performance of fiber transmission and fiber sensors can be evaluated, thereby optimizing the structure and parameters of the fiber and improving the sensitivity and transmission stability.

JW8630 is a high-performance ring flux measuring instrument specifically designed for multimode fiber systems. This device integrates focal plane detection， adjustable attenuation， and real-time analysis functions， enabling comprehensive optimization of optical throughput and modal conditions， and is suitable for various scenarios such as fiber coupling， device characteristic testing， and standard consistency verification.

The measurement of ring flux can be achieved by connecting the light source and fiber jumper to the fiber ring flux testing instrument， allowing for the measurement of the modal emission status of the fiber and providing real-time measurement of the injection conditions of the fiber mode， ensuring the performance and reliability of the fiber communication system， while optimizing the application and design of the fiber， and is highly suitable for the analysis of multimode fiber modes.

丨Product Features

It has a focal plane detection mode，which is easy to operate and efficient in measurement.

It optimizes the system's optical throughput and modal excitation conditions， improving the test reliability.

It is equipped with three adjustable attenuation levels (0/20/40 dB)， suitable for different dynamic range testing requirements.

It supports real-time measurement feedback， facilitating quick adjustment of modal conditions and improving production efficiency.

It provides API software control suitable for production line environments， supporting system integration and automation.

丨Product Applications

1. Multimode Fiber Coupling

2. LRM Ring Flux Measurement

3. Mode Chirper and Mode Filter Characteristics

4. Relevant Tests Conforming to IEC11801 Standard

5. VCSEL Characteristics of Gigabit Ethernet IEEE 802.3

6. Optimization of Fiber Transmission and Fiber Sensors