HM1C04

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Backplane connectors are an important part of any system requiring communication between two or more boards. The HM1C04 backplane connector is no different, offering reliable and high-performance data interface connections. This article will take a look at the application field and working principle of HM1C04 backplane connectors.

Applications of HM1C04 Backplane Connectors

The HM1C04 backplane connector is an ideal choice in applications needing a high-performance data interface interconnect solution. These connectors are used extensively in embedded computer systems, servers, and telecom infrastructure. As they are suitable for data interfaces, they are also used in specialized communication systems, such as antenna arrays, wireless local area networks, and metropolitan area networks.

The HM1C04 is also suitable for unique or challenging environments where there is the need for an efficient yet reliable electrical interconnect solution. This includes extreme temperatures, vibration prone areas, areas of high humidity, or any other environment where the HM1C04 connector is able to function reliably. The HM1C04 connector is also scalable, meaning it can be used to create large or small electrical interconnect solutions.

Working Principle of HM1C04 Backplane Connectors

The working principle of the HM1C04 connector is based on two contact structures - a female which is integrated onto the board and a male which is connected to the connector. The female contact structure consists of four pins spaced evenly across the board. These pins engage in contact with the male contact structure attached to the connector itself. The male contact structure consists of four slots that align with the four pins of the female contact structure. When the connector is mated to the board, the four pins slide into the four slots, forming an electrical connection between them.

When the HM1C04 connector is mated to the board, the four pins of the female contact structure (with appropriate plating if needed) make contact with the male contact structure. The contact surfaces are shaped in such a way that when the connection is made, the contact surfaces form a continuous surface, creating a strong, protected electrical connection.

The HM1C04 backplane connector is designed to provide a secure and reliable electrical link between two boards. The operating temperature range of -40°C to +85°C ensures that the connector can be used in a wide range of operating environments. The connector also features a resilient injection-molded body, making it highly resistant to shock and vibration.

Conclusion

HM1C04 backplane connectors can offer a reliable and high-performance data interface solution in a wide variety of applications. The connector\'s small size and robust construction make it suitable for use in a wide range of environments, from reliable laboratory and equipment setups to mission-critical systems in the field. It has a working temperature range of -40°C to +85°C, ensuring it can be used in many challenging operating environments. The robust double-contact structure provides superior performance and secure connections, making it a fitting choice for any application needing a reliable data interface connection.

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