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Double core armored fiber optic patch cord is an optical fiber patch cord with two optical fiber cores and a protective layer. It features two independent fiber optic cores in the same patch cord.
This type of patch cord is typically used in specific applications where two independent optical fibers need to be connected to the same device or to transmit two independent optical signals. Each optical fiber core has its own connector, allowing simultaneous bidirectional data transmission or one-way independent transmission.
Double core armored fiber optic patch cord also has a protective layer, usually made of metallic materials such as steel wire or aluminum-galvanized steel strip, for extra protection and durability. This protective layer protects the optical fiber from physical damage during use, such as bending, crushing, or stretching.
Double-core armored fiber optic patch cords are suitable for special fiber optic connection needs, such as transmitting two independent optical signals to the same device, achieving fiber redundant transmission, or working in special industrial environments. The protective layer can provide additional protection to ensure the stability and reliability of the fiber.
Double core armored fiber optic patch cord can be used in industrial control systems to connect various sensors, instruments, controllers and other equipment to achieve fast, accurate and safe transmission of data. It can adapt to high temperature, high pressure, high humidity, oil pollution, corrosion and other factors in industrial environments to ensure the stable operation of optical fibers.
Double core armored fiber optic patch cord can be used in military communication systems to connect various radars, missiles, satellites and other equipment to achieve high-speed, reliable and confidential transmission of information. It can resist electromagnetic interference, nuclear radiation, explosion impact and other factors to ensure the safe operation of optical fiber.
Double core armored fiber optic patch cord can be used in aerospace systems to connect various aircraft, rockets, satellites and other equipment to achieve efficient, accurate and stable transmission of data. It can withstand extreme temperature changes, air pressure changes, vibration and shock and other factors to ensure the normal operation of the optical fiber.
Double core armored fiber optic patch cord uses two optical fiber cores to achieve bidirectional transmission and improve bandwidth and efficiency. At the same time, the dual-core structure also increases the strength and stability of the optical fiber, reducing plug-in loss and return loss.
The outer layer of the Double core armored fiber optic patch cord is wrapped with a metal sheath, usually stainless steel or aluminum alloy, which can effectively protect the optical fiber from external physical impact, extrusion, shear, etc. The metal sheath also has good anti-electromagnetic interference and flame retardant properties, and is suitable for use in high temperature, high humidity, high pressure and other environments.
Double core armored fiber optic patch cord supports a variety of fiber types and interface types, such as single-mode, multi-mode, APC, UPC, etc., and can be compatible with various devices and systems. It also supports customization in multiple lengths and colors to meet the needs of different users.
Double core armored fiber optic patch cord can be easily wired and installed due to its lightweight, soft and durable characteristics. It requires no additional protective tubes or trays, nor professional tools or technicians, saving time and cost.
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