R142FPL1.41.08

Multiple Conductor Cables are one of the most common wiring types used in electrical applications today, and R142FPL1.41.08 is a high-powered cable designed to meet the most demanding industry needs. It is composed of a solid core clad in a metal sheath and is capable of providing multiple conductive paths for signals and power from an external source to the internal components or devices. The R142FPL1.41.08 features a high-performance, twist-free construction which ensures low capacitance and fast signal transmission. It also resists corrosion and is flame retardant, making it an ideal choice for harsh environments.

Application Field

R142FPL1.41.08 from Multiple Conductor Cables is used in a wide range of industrial and commercial applications. It is most commonly used in cardiovascular and medical-imaging applications, where its strong construction and fire-retardant properties make it a reliable choice. Additionally, its suitability for high-frequency electrical signals makes it an ideal choice for analog and digital signal transfer and control. It is also widely used to control current in heavy-duty power supplies, with its low capacitance enabling rapid changes in current magnitude without signal distortion. Finally, its widely-spaced cores and non-conductive outer sheath make it perfect for running shielded cables in high-density manufacturing systems.

Working principle

R142FPL1.41.08 from Multiple Conductor Cables operates in the same manner as other types of cables, by using tiny metal cores to conduct electrical signals over long distances. The cable consists of a solid core clad in a metal sheath and is capable of providing multiple conductive paths for signals and power. The core is covered with an insulating outer jacket, which helps to reduce capacitance and increase the speed of signal transmission. The sheath also serves to protect the core from external influences, such as corrosion, and prevents it from shorting out in the event of an accidental break.

Internally, the construction of the R142FPL1.41.08 utilizes twistless construction, which involves wrapping the metallic core around a plastic braid before covering it with a metal sheath. This construction technique maximizes surface area contact between the core and the braid and reduces the occurrence of capacitance. Additionally, the twistless construction provides a better signal response time and increases the overall bandwidth available to the cable.

When in use, R142FPL1.41.08 from Multiple Conductor Cables can transfer power and signals efficiently over long distances with minimal signal distortion and degradation. The cable\'s low capacitance also ensures that the signal is not lost, which reduces energy consumption and improves system performance. Furthermore, the cable\'s high fire resistance, corrosion resistance, and strong design make it an ideal choice for applications in harsh environments.

Overall, R142FPL1.41.08 from Multiple Conductor Cables is an ideal choice for applications requiring a reliable and high-performance multi-conductor cable. With its low capacitance, non-conductive sheath, and flexibility, it is perfect for everything from analog and digital signal transfer to low-current and high-voltage power transfer. Additionally, its robust construction makes it suitable for use in hostile environments where it must provide uninterrupted operation.