E2202S.41.07

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Multiple Conductor Cables are designed to comfortably transmit electrical power or signals between various components in a system. They consist of a number of insulated conductors encased either in a flexible or hard shell. E2202S.41.07 is a type of multiple conductor cable typically used in aerospace, defense, industrial, medical, and commercial applications.

The E2202S.41.07’s main feature is that it is constructed with two groups of 41 twisted single conductors. These conductors are not insulated from each other, so the cable is designed for applications that do not require electro-magnetic interference shielding.

The 41 Tiny Tinned Copper conductors of the E2202S.41.07 are each 16 AWG, which translates to a total cross-sectional area of 635.2mm2. The wires are also plated with 100% tin for ensuring low contact resistance. This in turn assists in attaining a uniform current-carrying capacity throughout the length of the cable.

The E2202S.41.07 cable also has a low reflectivity, preventing any disruptance to the signal path. Its outer shielding helps protect against environmental and mechanical hazards. The cable is UL approved and features a Class G conductor insulation for performance in even the harshest environment. Thanks to its overall design, the cable also ensures that the power signals pass through with limited distortion.

The length of the E2202S.41.07 cable can vary depending on the customer’s requirements but is usually varied between 0.5 and 1.0 meters. It can be used as for various applications, ranging from MIL-STD-1553 systems to high-speed Local Area Networks (LANs).

When it comes to the working principle of the E2202S.41.07, it functions by transmitting electrical power or signals between two or more devices. As every conductor within the cable contains insulation, this means that the electric current is contained and contained within the cable. Each insulated conductor is made up of a bundle of twisted single conducting strands that work together to form a single, adequately conductive transmission line. When a signal is sent down the line, the cable puts small amounts of energy into each wire, which in turn limits the total power that passes through the line.

For applications that require maximum signal transfer and minimal attenuation, E2202S.41.07 is an ideal choice. The combination of the design and materials used makes this cable an excellent choice for most electrical and equipment manufacturing requirements. As the cable is designed to tolerate high voltage and power, the E2202S.41.07 is the perfect solution when it comes to supplying power in an efficient and reliable manner.

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