E3006S.41.86

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Multiple conductor cables, such as the E3006S.41.86, are designed for a variety of uses in applications such as communications, control, audio/visual, power, and signal transmission. They are commonly used in public utility systems, industrial automation systems, medical equipment, and other applications. The E3006S.41.86 is one type of multiple conductor cable that is designed for high frequency operation.

The E3006S.41.86 is a flexible, 6-conductor cable that features low capacitance and low noise. It is composed of a PVC outer jacket and two insulated shielding elements; each one is separated by a solid shielding tape. This shielding configuration helps reduce common-mode noise, which is generated by outside sources and transmitted through the cable.

The E3006S.41.86 cable is constructed with six individual cables that are each separated from each other by an insulating tape. This tape is designed to reduce the capacitive coupling between the conductors, which can affect the performance of the cable in high-frequency applications. The conductors themselves are made from high-quality, tinned copper strands, which are insulated with a fluoropolymer material.

The insulation on the conductors provides resistance to electrical shock, and the insulation on the shielding elements provides protection against electromagnetic interference (EMI). Additionally, the cable complies with UL AWM 11860 Paragraph 8 requirements, which is a standard for cord and cable products.

The E3006S.41.86 application field includes telecommunications, computer networking, audio/visual equipment, automatic control, air conditioning, power supply, and military/defense. The conductors\' flexibility allows the cable to be used in tight spaces, and the shielding prevents EMI from affecting the data transmission within the cable.

The working principle of the E3006S.41.86 is based on the electromagnetic principle. The insulated conductors within the cable allow electrical signals to be transmitted and received without any interference or loss of energy. The shielding around the cable prevents external EMI from entering or leaving the cable, which prevents any interference from degrading the signal. Additionally, the low capacitance of the cable helps reduce signal distortion, which is useful in applications that require high-fidelity transmission.

The E3006S.41.86 cable is an ideal choice for applications that require high-quality data transmission in a small form factor. It is designed to meet industry standard requirements and is suitable for a wide range of applications, making it a popular choice for many industries.

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