Structural features
The structure of optoelectronic composite cable connectors usually includes optical fibers, cable cores and protective layers. Taking the circular optoelectronic composite cable as an example, the center of the cable core is the conductor, optical unit, insulation layer and reinforcement. The wires and loose tubes are twisted around the central reinforcement core to form a compact and round cable core. The outermost layer is covered with a sheath. Ensure that the cable is not corroded.
1.Small outer diameter and light weight : Optoelectronic composite cable greatly reduces the outer diameter and weight, saving space.
2.Low cost : One cable can meet a variety of needs, significantly reducing procurement, construction and network construction costs.
3.Convenient construction : It has good bending performance and lateral pressure resistance, making construction more convenient.
4.High-bandwidth access : As a data transmission medium, optical fiber has extremely high transmission rate and low loss characteristics.
5.Versatility : Supports data transmission and power transmission at the same time, solving multiple problems.
6.High reliability and stability : Optical fiber transmission signals are not subject to electromagnetic interference, ensuring stable and reliable data.
Application Scenario
Optical-electric composite cable connectors are widely used in data communication, computer network and power supply. Its main advantage is that it can save the use of connectors and matching boxes, reduce system failure rate and cost, and improve the stability and reliability of transmission.
