E361 WHT 10MM

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E361 WHT 10MM is a special type of cable introduced by China White Communications Lab (CWCL). The cable is a hybrid combination of a combination of a thin, twisted pair and a thick, shielded pair of wires. The cable is primarily used for various communication applications and is becoming more popular in the electronics industry as more industrial applications require the use of the cable.

The characteristics of E361 WHT 10MM cable makes it unique among various communication cables. The twisted wire pairs in the cable provide improved communication speed. Also, the two shielded conductors provide increased signal protection from interference, and the thin gauge of the core wires allows for more compact and lightweight cable. Furthermore, this cable features enhanced signal protection from electrical noise as a result of the two shielding materials used.

The E361 WHT 10MM works in a variety of applications, including high-speed data transfer, radio frequency (RF) data transmission, audio and video signal transmission, pulse channeling, and distributed antenna systems. In the electronics industry, it is used for high data transfer rate, signal transmission, and cable rerouting. The cable is also suitable for use in MODBUS, OTD, and XRPR systems as well as in optical fiber and hybrid networks.

The main working principle of E361 WHT 10MM is its capability to reduce crosstalk between the two sections of the cable. It uses a combination of shielding and twisted-pair wiring to reduce electromagnetic interference. In a typical hybrid cable, two copper wires are twisted together, and the signal is then sent through two outer conductors to reduce electromagnetic interference. The cable also runs at a higher frequency than other cables for better signal performance and increased data transfer speeds.

The wide range of applications and enhanced performance of E361 WHT 10MM have made it a very popular choice for various electronic applications. Its features make it ideal for high-speed data transfer, audio and video signal transmission, and pulse channeling. Its ability to reduce crosstalk and interference, as well as its increased data transfer speeds, make it a versatile communication solution for many applications.

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