65240-016LF

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Rectangular connectors are widely used in high-density applications, ranging from consumer and AV electronics, telecoms, industrial and military to automotive and power supplies. Connectors are available in a variety of sizes, shapes and configurations. A good example of such connectors is the 65240-016LF. This article will focus on the 65240-016LF Application Field and Working Principle.

65240-016LF Application Field

The 65240-016LF is well-suited for tight space applications. It is a low profile, high density grid array connector system. It has a compact 1 mm pitch size and has a large number of solder terminals in a small space. The terminals feature an anti-crosstalk design with optimized signal-to-noise working principle. It meets the requirements for high-speed signal transmission and increased stability because of its type-approved design.

The 65240-016LF is designed for use in consumer electronics, telecom devices, industrial applications, and more. It can handle currents up to 3A, and voltage up to 24v. It is also good for use in automotive, lighting, and medical applications. It is used for power and signal distribution and is suitable for applications in which high-density soldering needs to be achieved.

65240-016LF Working Principle

The 65240-016LF is designed with the highest level of workmanship and materials. It is made with a combination of robust and durable materials to provide superior signal-to-noise ratio and maximum current/voltage carrying capacity. Its anti-crosstalk construction eliminates cross talk between adjacent contacts which helps reduce interference between signals and eliminate errors.

The connector body is made of inflexible thermoplastic, with the terminal made of phosphor bronze material. The terminal is punch pressed for reliable power contact and secure solder joint. It has a durability of 10,000 mating cycles and an insulation of 500 gram-force. Additionally, it has a split inner contact cage design to increase contact stability.

The 65240-016LF also utilizes a soldered pin connection method, which increases the connection strength and reduces signal transmission loss caused due to resistance changes caused by wear. Furthermore, the terminals feature a standard female receptacle design, making it interchangeable with a variety of mating solutions.

Conclusion

The 65240-016LF is an ideal solution for tight space applications and high-speed signal transmission. Its design features an anti-crosstalk construction that helps reduce interference and errors. It has robust and durable components to help ensure reliability, and its soldered pin connection method increases connection strength and reduces signal loss. It is suitable for use in many applications, such as consumer electronics, telecoms, industrial, automotive, lighting, and medical.

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