FJ-25-D-2.375-4

Flat Flex, Ribbon Jumper Cables have been used for many years in an extensive variety of applications. This article examines the FJ-25-D-2.375-4 and its application and working principle.

FJ-25-D-2.375-4 is a type of flat flex ribbon cable jumper designed for automated wiring applications on project boards, fixed and mobile systems. It is constructed from flexible stranded wires that are chromium-plated with gold-connectors and punch-down action crimp connectors. The wire has a unique construction that allows it to easily be positioned and manipulated in most environments. Each wire also has a two-stage locking mechanism that secure it firmly into its mounting position.

The application field of the FJ-25-D-2.375-4 is mainly for use in automated wiring applications in military, automotive, medical appliance and other industries. It can work in high frequency and high voltage applications efficiently and reliably. It is also extremely resistant to interference and noise.

The working principle of the FJ-25-D-2.375-4 involves the use of two crimp pins that travel along the length of the cable. The two pins are connected through a conductive loop that acts as an electrical resistor. A high-frequency signal is sent through the pins, causing them to oscillate between the upper and lower positions within the cable. This oscillation causes the electrical resistance to change, resulting in a predetermined set of conductive patterns.

The two pins also move the loops and wires when the signal is on, creating different loops and patterns. These patterns result in different levels of resistance, signal strength, and efficiency when the signal is off. The two pins also interact with the wires in the cable, creating capacitive and inductive effects that are essential to proper operation.

The FJ-25-D-2.375-4 is a reliable and efficient jumper cable for automated wiring applications. It is constructed from high-quality materials and is designed to withstand interference and noise. Additionally, its two-stage locking mechanism secures it firmly in its mounting position. Lastly, its working principle involves the use of two crimp pins that travel along the length of the cable, which results in different levels of efficiency and signal strength when the signal is off.