P142FPL1.41.03

Multiple conductor cables are one of the main components of many electronic circuits. The P142FPL1.41.03 is one example of a multiconductor cable, which is commonly used to connect devices or systems. In this article, we\'ll go over its application field and working principle.

Application field of the P142FPL1.41.03

The P142FPL1.41.03 is primarily used for communications, instrumentation, and data transmission. It is also used in industrial automation, data acquisition systems, and RF transmission. This multi-conductor cable is suitable for internal and external wiring applications due to its low capacitance and high transfer rate. Additionally, this multi-conductor cable is also used for structural wiring in cars, boats, and ships.

Working Principle of the P142FPL1.41.03

The P142FPL1.41.03 consists of several pairs of solid or stranded conductors insulated with a polyethylene jacket. The insulation is made from polythene, which makes the cable highly water resistant and able to withstand chemicals, oil, and abrasion. The number of conductors is determined by the task the cable is being used for. The number of wires that can be run through this cable is limited, usually to 6 or 7 conductors.

The P142FPL1.41.03 also features an individual foil shield and overall shield made from tinned copper braid. This protection reduces interference from external sources such as radio and other electronic equipment. It also helps preserve signal integrity.

When transferring signals across multiple conductors, it\'s important to consider the capacitance of the cable. The P142FPL1.41.03 offers low capacitance of 2.7 nF/ft, which ensures a reliable, low-noise signal transfer. The cable also offers an operating temperature range of -30°C to 80°C, making it suitable for use in various conditions.

The P142FPL1.41.03 is a versatile, reliable, and cost-effective multi-conductor cable. It is suitable for a wide range of applications and offers reliable signal transfer and noise reduction. It is an excellent cable choice for many applications.