E3602S.41.03

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Multiple Conductor Cables refer to cables that contain more than one conductor used to transmit an electrical signal. The E3602S.41.03 is one such type. This cable, manufactured by Heyang Electronics Company, is commonly used in communications and power transmission applications.

Construction of the E3602S.41.03 consists of two PVC-insulated conductors surrounded by a copper braided shield. The outer jacket of the cable is sheathed in a black Thermoplastic Polyurethane (TPU). The cable is flame retardant and water-resistant making it suitable for both indoor and outdoor installations.

The specific application of the E3602S.41.03 is for communications cabling used in long-distance telecommunication networks. The copper braiding provides the necessary shielding to protect the transmission from electromagnetic interference (EMI). The TPU jacket is abrasion-resistant making it suitable for continuous use in the transmission lines while keeping the conductors safe and free from short-circuiting. Additionally, the PVC insulation can withstand temperatures of up to 80 degrees Celsius, making it suitable for a wide range of applications.

The working principle behind the E3602S.41.03 is based on the use of its two insulated conductors. The first conductor carries the primary signal from one end to the other, while the second conductor operates as a ground wire and shields the primary signal from EMI. The copper braided shield further reinforces the shielding by providing an additional layer of protection for the transmission. The TPU jacket protects the conductors from external damage and provides an additional layer of insulation.

The E3602S.41.03 is an ideal choice for long-distance communications cabling applications where both power and signal transmission need reliable protection from EMI. The PVC insulation and TPU jacket provide insulation and waterproofing, making it suitable for both indoor and outdoor use, while the two insulated conductors and copper braided shielding make it capable of carrying signals over great distances without degradation.

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