0152660384

Flat Flex

0152660384 application field and working principle

Flat flex refers to the flat flexible electronic contact materials made of printed electronics. It is composed of beryllium‐copper, stainless steel, silver and other metal materials. The core of flat flex is to provide stable electrical contact when the device is in motion. It has good electrical conductivity, high temperature resistance, corrosion resistance and can effectively reduce EMI. Its applications include medical, transportation, aerospace, military, consumer electronics and other fields.

Flat flex connection consists of two parts: contact Terminals and Conductive Elements. The contact terminal is made up of metal strips which are riveted together; this provides a rigid structure and a higher resistance to disconnection. The conductive elements (usually either copper-beryllium or silver-plated copper) are bonded to the metal strips and act as the electrical connecting pieces. This allows for electrical signals to be transmitted across the contact without any electrical interruption.

The working principle of flat flex is based on the concept of a simple electrical circuit. When two conductive components meet, the contact forces create a connection. This allows current to move from one contact to the other and establishes a signal. The single signal path created by flat flex ensures maximum efficiency and minimal disruption of electrical signals.

Ribbon Jumper Cables

0152660384 application field and working principle

Ribbon jumper cables are flexible, ribbon-shaped electrical cables used to interconnect electronic components. These cables are used in a variety of applications, including for data transmission, power distribution, control signals, and other purposes. Ribbon jumper cables are designed to provide high connection density and dependability with a secure fit in confined spaces. They are also typically used to meet the highest standards of reliability and signal integrity, making them ideal for industrial, medical, military, and other sensitive applications.

Ribbon jumper cables are constructed of many tiny conductive strands or pins, arranged in parallel to each other. Connectors at either end of the cable allow for secure connection to corresponding connectors on electronic components. The number of conductive strands and the distance between them vary, depending on the particular application and its requirements. The number of strands in a ribbon jumper cable is typically chosen so that it provides sufficient current carrying capacity for the application.

The working principle of a ribbon jumper cable is based on the principle of electrical conduction. When a voltage is applied across the conductors of the cable, electrons are drawn to the region of highest potential and travel through the conductor. The current passing through the conductors produces an electromagnetic field around the cable, and this field can induce a voltage in other conductors in the vicinity.