FLX_322_RTP_04

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics-Light Pipes is a family of devices that are designed to guide light from one location to another, often using an optical fiber as the light guide. The most common form of light pipe is the fiber optic cable, which is used to transmit light signals over relatively long distances. The FLX_322_RTP_04 is a light pipe based on a fiber optic cable, and this article will discuss its application field and working principle.

FLX_322_RTP_04 is a specially designed light pipe for transmission of high-speed digital data signals with minimum attenuation and jitter. It is made up of a connector board that contains the electrical components necessary for data transmission, and two light guides—an input and an output—assembled in a fiber optic cable. The connector board is made up of a transmitter circuit, a receiver circuit, and a series of switches that are used to connect the two light guides. The light guides are designed to guide the light signal from the transmitter circuit to the receiver circuit, with minimal transfer loss.

The FLX_322_RTP_04 is most commonly used to transmit data signals over long distances, as it can effectively reduce transfer losses associated with traditional copper cables. Its ability to reduce jitter makes it ideal for transmitting digital signals as well, as it can maintain a steady signal with minimal fluctuations. Additionally, its use of fiber optic cables makes it resistant to electromagnetic interference, which can cause distorted data transmissions.

The working principle of the FLX_322_RTP_04 is based on the principles of fiber optics. When a light signal is transmitted through the fiber-optic cable, a series of refractions occur as the light signals pass from one end of the cable to the other. The light signal is split into different light paths and is then reflected and transmitted down the fiber-optic cable. When the light signal reaches the other end of the cable, the individual light paths are recombined into a single signal, which is then sent to the receiver.

In addition to its long-distance data transmission applications, the FLX_322_RTP_04 can also be used in various different applications. It can be used for transmitting signals in remote areas, such as in medical applications. Additionally, due to its immunity to electromagnetic interference, it is often used in industrial environments, where stray signals can interfere with data transmission. It is also used for connecting multiple computers in the same network, as its fiber-optic cables can effectively reduce packet loss and maintain consistent data transmission speeds.

In conclusion, the FLX_322_RTP_04 is a light pipe based on a fiber optic cable for the transmission of high-speed digital data signals over long distances. Its application fields include long-distance data transmission, remote areas, industrial environments, and connecting multiple computers in the same network. Its working principle is based on the principles of fiber optics, where light is split into different light paths and recombined again at the other end. Its use of fiber-optic cables ensures reliable data transmissions with minimal signal attenuation and jitter.

The specific data is subject to PDF, and the above content is for reference