C8114.41.03

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Multiple Conductor Cables provide an efficient solution for transmitting power and data among multiple locations. C8114.41.03 are a type of these cables and offer a variety of features for applications that require high performance and robust signal transmission.

C8114.41.03 is an elliptically-shaped controlled-impedance cable designed for high performance operation. The cable has an elliptically-shaped cross section, which helps to reduce the electrical resistance, enabling higher speed operation. As the elliptical shape helps reduce the electrical resistance, it also minimizes crosstalk. This is especially helpful in applications where multiple signal paths with differing frequencies must be accommodated. In addition, the cable construction is made up of a combination of two elements: solid insulation and an inner shield for improved signal integrity. The solid insulation helps reduce interference caused by the electrical signal, while the shield helps keep crosstalk to a minimum.

The combination of the elliptical shape and the construction of the cable ensures that C8114.41.03 is suitable for a variety of high-performance applications. The cable is often used for applications that require high-speed data transmission, such as in data transmission networks, storage area networks, and Gigabit Ethernet systems. It is also ideal for applications that require time-sensitive data, such as industrial automation systems, and for digital audio applications.

C8114.41.03 is designed to operate within a wide temperature range, from -55℃ to 125℃. This makes it suitable for use in a broad range of environments, from automotive and electronic applications to harsh industrial conditions. The cable is also rated for use in UL1441 type applications, proving it meets the stringent safety requirements of the health care, transportation, and security industries.

The cable’s working principle is based on the concept of controlled impedance. This is achieved by using two parallel conductors of differing sizes, where the ratio of the two wires is a fixed value. The resultant impedance is determined by the resistance of each conductor. The cable is designed to keep the actual impedance in close proximity to the intended impedance of the design. Keeping the impedance close to the design goal helps to ensure that critical data signals remain clear and resist interference, making it an ideal choice for high-performance applications.

C8114.41.03 offers a variety of benefits for applications that require high performance and robust signal transmission. Its elliptical shape and controlled impedance construction enable high-speed operation with minimal crosstalk. It is temperature and UL1441 rated, making it suitable for a variety of environments. Overall, C8114.41.03 is a great choice for applications to require reliable transmission of power and data.

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