CLT-149-02-H-D-A

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Rectangular Connectors - Headers, Receptacles, Female Sockets comprise a wide array of electronic components used for transferring signals and power between different pieces of electronic equipment. CLT-149-02-H-D-A are just one type, known for their high-speed transmission capabilities. In this article, we’ll discuss their application field and working principle.

Application fields

CLT-149-02-H-D-A are primarily utilized in fieldbus applications, including Intelligent Platform Management Interface (IPMI) protocol, industrial control, and embedded systems. They are designed for devices with two differential signals and a ground connection between different boards. Their small size helps reduce the space between boards and increases the reliability of communications. The small size also assists in reducing the overall weight for portable systems.

CLT-149-02-H-D-A are also used in medical equipment and industrial automation systems. Their robust design and superior transmission speed make them ideal for transmitting data and commands in highly demanding applications where low power and signal integrity are essential. The pluggable connections make them easy to install, and the built-in lock system ensures a secure connection.

Working Principle

CLT-149-02-H-D-A connectors are made up of two main parts: the header and the receptacle. The header is the plug side, while the receptacle is the receptacle side. The two components spring from a robust body, which is typically made from reinforced polymers. The header is inserted into the receptacle, where it allows signal and charging data to pass between the two components.

The working principle behind CLT-149-02-H-D-A connectors is very simple. The header and receptacle are mated, and two main contacts are established between the two components. One of the main contacts carries power, while the second carries a differential signal between the two components. When mated properly, these two contacts transfer the power and signal from one device to the other. Additionally, each device has a pair of locking keys which allows the two components to secure securely in place.

The materials used in the production of CLT-149-02-H-D-A connectors are chosen for their reliable electrical performance and build quality. They feature gold-plating on the contacts to reduce signal corrosion and increase the lifespan of the components. The gold-plating also helps to reduce signal attenuation and increase transmission speed. Additionally, a built-in shielding system helps to reduce electromagnetic interference (EMI) to further enhance transmission quality.

Conclusion

CLT-149-02-H-D-A rectangular connectors are efficient and reliable components for transferring signals and power between different devices. Their small size and secure locking system make them ideal for medical equipment and industrial automation systems. Additionally, their gold-plated contacts and built-in shielding help to minimise signal attenuation and reduce EMI. This makes them the perfect choice for high-speed transmission applications.

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