10106265-0204001LF

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Backplane connectors are among the most commonly used interconnection solutions. They provide high-speed signal links in various circuit board assemblies. They also have a wide variety of applications in various industries including aerospace, mobile phone, home appliance, and computer. The 10106265-0204001LF is a type of backplane connector designed for specialized applications.

This specialized backplane connector helps to provide reliable signals between a variety of circuit boards. It is highly compatible and able to be used in various applications, including hard disk drives, digital video broadcasting, ultra-high speed serial communications, and high-performance digital audio systems. In addition, it is also able to be used in a range of other industries, such as automotive and medical.

The 10106265-0204001LF backplane connector features a high current density up to 0.6 A/mm2, low contact resistance, and low insertion force. This reduces the size and weight for a variety of applications. In addition, it includes an integrated shield of gold plated brass, which helps to reduce EMI and improve signal integrity. This makes it ideal for high-speed applications that require accurate data transmission.

When it comes to the working principle of the 10106265-0204001LF backplane connector, it is designed with a spring-loaded contact system. This system is highly reliable, providing excellent electrical contact performance for efficient signal transmission. The contact has a high contact pressure to ensure reliable connection between the pins. Additionally, the springs help to ensure that the contact remains secure, even when subjected to vibration or shock.

Overall, the 10106265-0204001LF backplane connector is designed to provide high-speed signal links in various circuit board assemblies. It features a high current density, low contact resistance, low insertion forces, and an integrated gold-plated brass shield to reduce EMI interference. The spring-loaded contact system ensures reliable contact over time for efficient signal transmission. This makes it ideal for a variety of specialized applications across various industries.

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