E1002S.41.17

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Multiple Conductor Cables is a type of cable consisting of multiple distinct electrical conductors. They are used in a variety of applications such as for power transmission, for signal or data transmission, and for the transmission of control signals. The most common type of multiple conductor cable is the E1002S.41.17. This type of cable is used for applications that require greater flexibility and protection than single-conductor cables, as well as for applications that require a higher level of signal transfer.

The E1002S.41.17 cable is a shielded and insulated cable with a total of four conductors. It has two conductors in one sheath and two conductors in a separate sheath side-by-side. This structure enables each conductor to be independently shielded, while still being able to share a common shield. The inner conductor is insulated with a layer of semi-conductive material and the outer conductor is insulated with a protective mylar tape.

The E1002S.41.17 cable is mainly used for data communications, such as in Ethernet and CAN-bus networks. It is also used for the transmission of analog and digital signals in the industrial sector. In addition, the cable is used for power transmission applications, such as the transmission of AC and DC power. The cable is also used for powering motors and other devices in industrial machinery.

The most common application of the E1002S.41.17 multiple conductor cable is in applications that require the transmission of both AC and DC power. The two conductors are interconnected so that AC and DC power can be transmitted simultaneously. This is done by connecting the two conductors in series and the AC power is then transmitted through one conductor, while the DC power is transmitted through the other conductor. This ensures that both of the power sources have the same initial voltage and current, making it simpler to transmit the power without experiencing interference.

Another application of the E1002S.41.17 multiple conductor cable is in the transmission of signal and data. The cable is designed to provide both signal and data transmission with maximum efficiency, while providing a high level of protection to the signals. The cable is designed to reduce the amount of interference and noise that can interfere with the signal and data transmission. It is also designed to minimize the capacitance of the cable, which allows the signal to maintain higher levels of frequency.

In addition, the E1002S.41.17 multiple conductor cable is also used for the transmission of control signals. The cable is designed to provide a high level of reliability and consistency for the control signals that are transmitted through it. This is achieved through shielding, isolation, and power protection, which allow the signals to remain consistent even when faced with high levels of interference.

The E1002S.41.17 multiple conductor cable is a versatile and reliable cable used for many different applications. It provides the ideal solution for applications that require a high level of flexibility and protection. The cable is also designed to reduce the amount of interference and noise that can interfere with signal and data transmission, while providing a high level of reliability for the control signals that are transmitted through it.

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