C1335A.18.10

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Multiple Conductor Cables provide a secure and reliable connection between a variety of electronic components. The C1335A.18.10 multiple conductor cable is one of the most popular and versatile of such cables.

This cable has ten conductor wires with a diameter range of 22 AWG to 28 AWG. Its outer jacket material is waterproof ethylene vinyl acetate (EVA). It comes in many different configurations and lengths, ranging from 1 m (3.3 ft) to 10 m (33 ft).

The C1335A.18.10 is mainly used as a wiring harness for the transmission of low-voltage, low-current signals in computers, communications equipment, sound systems, and home theater systems. Its low-voltage power and signal transmission capabilities make it an ideal choice for applications where the need for reliability and flexibility is paramount.

The C1335A.18.10 has a single layer of insulation running throughout its length, so the wires and conductors are protected from each other. It also has an overall jacket and a strain relief to help ensure the integrity of the connection. Its two-shielded constructions provide for greater reliability and better protection from electromagnetic interference (EMI).

The working principle of the C1335A.18.10 multiple conductor cable is based on the principle of resistance. It is designed to transmit electrical signals with minimal interference. The outer jacket is designed to disperse any interference, while the insulation materials are used to protect the conductors from damage. The overall design ensures that the signals are transmitted accurately and without any interference or loss of signal strength.

The C1335A.18.10 multiple conductor cable is a reliable and versatile cable solution for a variety of applications. It has been used extensively in the fields of computers, communications, sound systems, and home theater systems. Its resistance-based working principle makes it especially reliable and effective in transmitting low-voltage and low-current signals. Its two-shielded construction helps to protect from electromagnetic interference and damage.

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