M1705 SL001

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Multiple Conductor Cables are used for a wide variety of applications, including power distribution, data communications, and telecommunications. M1705 SL001 is a common type of multiple conductor cable, and is suitable for backbone networks, direct-attach cable assemblies, and pre-terminated multifiber breakout cables.

M1705 SL001 cables have an outer jacket made of Polyamide, which is resistant to oil and UV light damage. The cables also feature Kevlar strengthened cores, providing additional protection from physical stress. The cables have an operating temperature range between -40°C and +150°C, and a minimum bending radius of 40mm.

M1705 SL001 cables are available in a variety of configurations. The cables can be configured with either 4, 8, 12, 16, 24, or 32 conductors, and have a total conductor cross section of 0.8 mm2. The cables also feature stranded Copper conductors, along with a Tinned Copper braid shield for additional protection against EMI and RFI.

The working principle of the M1705 SL001 cable is quite simple. The conductors are connected to a series of terminals, which are insulated and sealed from the environment. The terminals provide a route for the electrical current to flow between the conductor and the connected devices. The outer jacket serves to protect the cable from any outside elements, and the insulation prevents the current from leaking and interfering with other devices.

The M1705 SL001 cable is regularly used for data transmission in telecommunications networks, as well as electrical power distribution. In either case, the cable allows for reliable transmission of the relevant signals or power. The cable is also used in industrial applications, where its flexibility allows for installations with limited space.

In summary, M1705 SL001 is a multiple conductor cable suitable for a variety of applications, and is commonly used for data transmission and power distribution. The cables feature an outer jacket made of Polyamide, Kevlar strengthened cores, stranded Copper conductors, and a Tinned Copper braid shield, providing protection against EMI and RFI interference. The working principle of the cable is simple, with conductors connected to a series of terminals, which allow for the current to flow between the conductor and the connected devices.

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