E1514S.21.01

Multiple conductor cables are used extensively in many types of electronics and applications, due to their ability to transmit multiple signals simultaneously. They are commonly utilized in a range of different electronic applications, including industrial, aerospace, and military applications. The E1514S.21.01 is one example of a multiple conductor cable that can be used for multiple applications. This cable is designed to have superior signal transfer efficiency, durability, and deformation resistance, making it a popular choice for many applications.

The E1514S.21.01 multiple conductor cable consists of two inner conductors and an outer shield. The inner conductors are formed of nickel-plated copper strands, which provides excellent conductor performance and low electrical resistance. The outer shield is composed of a tight braided polyester outer covering, which is designed to protect the cable from corrosion. This allows the cable to withstand harsh environmental conditions and have excellent mechanical strength.

The primary application field for the E1514S.21.01 multiple conductor cable is digital communications. This type of cable is used for transmitting both video and audio signals across various telecommunications networks. This type of cable is also suitable for use in broadcasting, industrial communications, radio links, and other data transmission applications. The cable is designed to reduce the interference and noise that can be experienced with traditional coaxial cables.

Another application field for the E1514S.21.01 multiple conductor cable is the automation control sector. This type of cable is suitable for use for both control panel wiring as well as connecting various industrial devices. This type of cable is designed to reduce the risk of electric shocks and malfunction of the devices they are connected to.

The working principle of the E1514S.21.01 multiple conductor cable is based on the principles of electromagnetic induction. The two inner conductors of the cable are arranged in a helical configuration, with the outer shield acting as a Faraday shield. This shield helps to prevent interference from external electromagnetic fields, such as those emitted from cell phones or radios, from affecting the electrical signals transmitted through the cable.

The E1514S.21.01 multiple conductor cable is a versatile cable that has a wide range of applications. It is designed to provide excellent signal transfer efficiency, durability, and deformation resistance. It is suitable for use in both digital communication and automation control applications, providing reliable performance in both areas. Additionally, the cable utilizes the principle of electromagnetic induction for its working principle, allowing it to resist interference from external sources and help maintain the integrity of the signals passed through it.