Optical Delay Line with Coupler Module

 The main functions of fiber delay lines include precise time delay adjustment, broadband support, strong anti-interference ability, and precise control. Fiber delay lines achieve precise time delay   adjustment by controlling the propagation distance of light signals, ensuring the synchronization of signals in the transmission process and improving the stability and reliability of communication systems.

Fiber delay lines have widespread applications in many fields. In radar, electronic computers, color television, and communication systems, the high-speed and low-loss characteristics of fiber delay lines make them excellent in signal processing and time synchronization. In medical imaging diagnosis, aviation and traffic management, fiber delay lines can provide more accurate and rapid response results. In optical measurement and optical sensors, fiber delay lines are used to adjust the arrival time of light signals to achieve precise measurement and analysis.

The technical features of fiber delay lines include low insertion loss, high return loss, and picosecond-level time resolution. As a transmission medium, fiber has extremely strong anti-interference ability and is not affected by external electromagnetic interference, providing stable and reliable time delay performance.