HM2H65P130LF

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Backplane connectors are designed with the sole purpose of connecting different electronic components. To do this, they require multiple signals to be taken from multiple circuit boards and passed on to be received by multiple other boards. With such a broad application range, it is important to understand the specific functionality and working principles behind every backplane connector. One of the most advanced backplane connectors is the HM2H65P130LF, and in this article, we will explore its application field and working principle.

1. HM2H65P130LF Application Field

The HM2H65P130LF is an advanced backplane connector, primarily designed for the telecommunications industry; however, it can also be used in a variety of other applications. This connector is designed for use in multi-layer PCBs and is compatible with up to four layers. It is usually mounted on the backplane, though surface mount applications are also possible. This allows the HM2H65P130LF to transmit signals up to 1.27mm in length, which makes it ideal for use in high-bandwidth systems. Additionally, the connector itself is able to withstand up to 10A of current, enabling it to be used in a number of power-intensive applications. Thanks to its intricate design, the connector is well-suited to applications requiring high-frequency performance, with excellent resistance to signal interference.

2. HM2H65P130LF Working Principle

The HM2H65P130LF backplane connector is used to connect various electronic components in a circuit. It is comprised of an insulating housing and several contactor pins. The insulating housing is responsible for ensuring that no electrical current is passed through the connector. It also provides a shield against electromagnetic interference. The contactor pins, which are made from copper, provide the means to transmit electrical signals from one component to another. These pins contain spiral contactor springs, which are responsible for maintaining the mechanical connection.

The HM2H65P130LF is also designed with a unique feature that enhances its functionality. It is designed with an additional guard which prevents any disruption to the signal transmission due to dust or moisture. This is accomplished through the use of an additional sealant, which acts as a barrier between the contacts and the environment.

3. Conclusion

The HM2H65P130LF is an advanced backplane connector suited for use in a variety of applications. It is designed with an intricate internal structure, enabling it to make connections up to 1.27 mm in length and to sustain up to 10A of current. Thanks to its unique sealing system, it is also designed to provide excellent protection from dust and moisture. As such, the HM2H65P130LF is an ideal choice for high-frequency and power-intensive applications.

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