10-8800-210C

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The 10-8800-210C is a type of socket, a device for connecting ICs, transistors and other electrical components. It has an array of interconnecting pins and contact points and is made with high-performance materials to provide maximum accuracy, stability and reliability. The 10-8800-210C is used in a variety of applications where power connection, robustness and environmental protection are required.

Application Field

The 10-8800-210C is used commonly in automotive, aerospace, computer and telecommunications industries. It is particularly popular when dealing with critical applications that require a high degree of safety, such as power management, automotive simulcasting, unmanned aerial vehicles (UAVs), robotic systems, autonomous vehicles and avionics. Although similar socket devices exist, the 10-8800-210C is favored for its superior performance, wide range of compatible devices and easy installation.

Working Principle

The 10-8800-210C uses a wide contact area with high insulation resistance and reliable contact. It also uses a spring-loaded mechanism to ensure a tight connection with the board. The connection between the ICs and transistors is electrical, meaning that there are tiny electrical pins connecting each component to each other. This connection is the source of the electrical power, allowing components connected in this way to communicate and exchange signals. In addition, the 10-8800-210C also has tactile feedback when the socket is plugged in, to ensure easy connection and quick identification.

The contact area of the 10-8800-210C also includes a patented system to improve the connection and prevent mechanical vibration. This patented system includes a dual-spring system that eliminates fretting corrosion due to contact pressure and improves electrical connection reliability. In addition, the contact area of the 10-8800-210C is also heat-resistant and resistant to solvents. This makes the 10-8800-210C suitable for use in a wide range of environments, from heavy-duty industrial settings to consumer electronics.

Lastly, the 10-8800-210C is designed for a wide range of application needs. For example, it can operate at a wide range of temperatures and voltages and can have up to 128 pins in an interconnect. This makes it suitable for a variety of applications, from low-power analog applications to high-speed digital applications.

In conclusion, the 10-8800-210C socket is a reliable, robust and versatile device for connecting ICs and transistors. It has a wide contact area for reliable connection with high insulation resistance as well as a patented system to improve connection and prevent mechanical vibration. Furthermore, the 10-8800-210C is also suitable for a wide range of applications, from automotive to aerospace and robotics. For these reasons, the 10-8800-210C is a popular choice for many industries.

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