E1502S.30.04

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Multiple conductor cables are used for a variety of purposes, ranging from powering machinery in factories and offices to connecting a variety of electronic devices. The E1502S.30.04 is one such cable, primarily used in applications where it\'s important to reduce electrical noise for optimal performance. In this article, we\'ll examine the features that define this multiple conductor cable, its application field, as well as its working principle.

Components of the E1502S.30.04

The E1502S.30.04 has two primary components, the conductor and the insulating material. The conductor is a stranded copper wire that is insulated with PVC. The jacket is also made of PVC and has a yellow and a white striped color combination. The entire length of the conductor is covered with an aluminum foil shield, often referred to as a braid. The braid serves as the conductor\'s ground connection. The signal carrying wires in the cable are twisted together to reduce cross talk and electromagnetic interference (EMI).

Application Field of E1502S.30.04

The E1502S.30.04 is primarily used in applications where it\'s important to reduce electrical noise for optimal performance. This cable is used for low voltage, low current applications in the industrial and automotive industries. Some specific applications include:

• Digital communication systems
• Automation systems
• Sensing systems
• Robotic systems
• Intrinsically safe circuits
• Measurement systems

By reducing electrical noise, this multiple conductor cable helps to ensure that signals remain free from interference.

Working Principle of E1502S.30.04

The E1502S.30.04 works by shielding the conductors from external electromagnetic interference. The conductors are twisted together in accordance with the twist rate, which is specified in the product data sheet. The signal carrying wires in the cable are twisted together in a specific pattern to reduce any cross talk or EMI. The aluminum foil shield (braid) provides an additional layer of protection from external interference. This shield is in direct contact with the ground, which helps to keep the internal and external currents separate.

In addition, the PVC insulation jacket on the E1502S.30.04 provides a protective barrier from moisture and other external influences. This insulation helps to ensure that the conductors remain free from corrosion, while reducing interference when the cable is installed in a long run.

Conclusion

The E1502S.30.04 multiple conductor cable is designed to reduce electrical noise in applications such as digital communication systems, automation systems, robotic systems, and measurement systems. The signal carrying wires are twisted together, and the braid provides an additional layer of protection from electrical noise. The PVC insulation jacket provides a protective barrier from external influences and helps to reduce interference when the cable is installed in a long run. All of these features combine to make the E1502S.30.04 an ideal choice for applications where noise reduction is essential.

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