0210200957

Flat Flex

Flat flex cables (FFC) are a type of cable used in electronics to connect two components within very close physical proximity. FFCs are typically single-sided, double-sided or multi-layered with color-coded conductors that are stamped from metalized polyester or polyvinylchloride with integrated insulation or jacketing. FFCs can be terminated with a variety of connectors and terminated into a printed circuit board.

FFCs are used in a variety of applications from consumer electronics to aerospace and instrumentation. Common uses for FFCs include connecting circuit boards, memory modules, antennas, displays and audio devices. FFCs are also used in medical applications including EEG and ECG monitoring.

FFCs are renowned for their versatility, high electrical performance and low cost. Because the cables do not require much real estate, they are used extensively in applications where space is at a premium. FFCs deliver excellent electrical stability, low contact resistance, reliably corrosion resistance, and extreme temperature ranges.

Ribbon Jumper Cables

Ribbon jumper cables (RJC) are a kind of electrical cable used to interconnect electronic components in a variety of applications. RJC connectors are multi-conductor cables with a specialized connector attached to the end. The connector is designed to minimize stress on the cable and features a locking mechanism that helps ensure secure connections.

RJC cables are used in a variety of applications from consumer electronics to industrial sensing and instrumentation. They are commonly used in robotics, automotive circuits, communication systems, and medical imaging equipment. They are also used in instrumentation for measuring a variety of parameters including pressure, temperature, and humidity.

RJC cables offer several advantages over other types of cables. They feature higher current-carrying capacity, excellent electrical performance, and superior durability. RJC connectors are also easy to use and require minimal wiring. This reduces setup time and improves reliability.

0210200957 Application Field and Working Principle

FFCs and RJCs are widely used in electronic applications due to their superior electrical performance, durability, and cost effectiveness. They are suitable for applications where size and weight are of primary concern, and can be used for a variety of purposes ranging from consumer electronics to aerospace and instrumentation.

The working principle of FFCs and RJCs is the transmission of electric current through the conductors in the cable. This electric current is used to power electronic components such as memory modules, LCD displays, and audio devices. FFCs and RJCs are also used to connect circuit boards and other devices in order to control the devices or allow data transfer.