High frequency high quality wire mesh slip ring rotary joint electrical connector fiber optical rotary joint

High frequency optical fiber slip ring optical fiber rotary connector, high quality wire mesh rotary connectorProduct Description:

Light beam coupling in the stool core diameter, cross section processing is simple, not easy to be broken is a special performance, so the plastic optical fiber, plastic optical fiber has become a popular choice for short distance communications. The PJ2 type plastic optical fiber rotary joint provides two independent fiber channels simultaneously. There is no blind spot in the rotation process. It is the ideal choice in the mechanical control system. The structural design of PJ2 allows it to work underwater. Damaged plastic optical fibers are easy to repair without replacing expensive PJ2..
Optical fiber rotary joint, also known as optical fiber slip ring and optoelectronic shunt ring, uses optical fiber as data transmission medium, providing the best technical solution for data transmission between rotating connection system components. It is especially suitable for applications that require unrestricted, continuous or intermittent rotation, and also need to transfer large capacity data from fixed position to rotary position.

Dimension:

Features:

1. No contact transmission, no wear.
2. Long life, up to 10 million turns.
3. No friction, can be used in flammable and explosive environment.
4. The use of light for signal transmission, no electromagnetic leakage.
5. Good sealing performance.
6. Anti electromagnetic interference
7. The transmission bandwidth is much larger than that of electrical connectors. When used in conjunction with WDM, the bandwidth can be doubled.
8. Can be used in extremely harsh natural environment.
9. Under the condition of high magnetic current interference, it can also work normally.

Applications:

1) Connection between platforms and spacecraft tracking
2) Signal transmission between the submarine robot and the control ship.
3) Signal transmission between radar antenna and on-board signal processing system.
4) Signal transmission between the rotating tower of the combat vehicle and the console inside the vehicle body.
5) Signal transmission between welding robot and console.
6) Signal transmission between input and output devices and control of remote machinery.
7) Photoelectric theodolite
8) Material transfer system