0210490267

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Flat Flex, Ribbon Jumper Cables

0210490267 is a type of flat flexible cable (FFC) which is widely used in a variety of industrial applications. It has the potential to eliminate mechanical components, reduce cost and complexity, and speed up environment adaptation.This cable can also serve as a cost-effective and flexible replacement for traditional ribbon jumper cables.

Application Field

The most common application of 0210490267 is in industrial settings. It is often used in panelization, motor drivers, and inverters. It is also frequently used in automotive applications, such as electronic control units, airbag systems, and other safety systems. In addition, 0210490267 can be used in the aerospace industry, medical machinery, lighting systems, and renewable energy.

Working Principle

The 0210490267 cable is constructed with multiple insulated and layered mini-conductors, which are arranged in two parallel lines. This arrangement is designed for low-pressure contact resistivity, resulting in a reliable connection even in harsh environments. Additionally, the flexible nature of the cable allows it to be routed around objects and adjusted with minimal force or damage.

The connection between the two parts of the cable is achieved through a series of terminal pins, which are made of copper, tin, or gold. The terminals are set in the FFC cable housing, allowing for a secure connection. This prevents any movement or defections in the cable due to vibration or air pressure.

The cable also features two layers of heat-shrinkable insulation which further protect the wire from environmental stressors. This insulation helps to protect the internal wires from dust, moisture, and other damaging elements, while also providing stress relief for the copper trace inside the cable.

Advantages of 0210490267

0210490267 flat flexible cable has many advantages which make it ideal for a number of industrial applications. One of the main benefits is its flexibility, which makes it easy to route around tight spaces and minimize disruption to existing equipment. Additionally, its lightweight nature allows for quick installation and a reduced load on the system.

The cable is also highly resistant to environmental stressors. It has excellent thermal stability and can survive high temperatures, enabling it to perform in demanding environments. The cable is also resistant to abrasion and cuts, making it ideal for rough use.

Lastly, the cable features an optimized signal and power transmission. It has outstanding conductivity, providing low-loss data transmission, higher power conversion, and reduced heat transfer. This makes it an excellent option for a variety of high-power applications.

Conclusion

0210490267 flat flexible cables have many advantages, making them a popular choice for a variety of industrial applications. They are flexible and lightweight, making them easy to install, manoeuvre, and survive harsh environments. The cables feature an optimized transmission capability, providing low-loss data transmission, higher power conversion, and reduced heat transfer. These properties make the cable an excellent option for a variety of industrial applications.

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