350-10-120-00-018101

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Rectangular Connectors – Headers, Male Pins are used in a variety of applications where high-frequency signal and power delivery is necessary. 350-10-120-00-018101 is a key example, with its header pins being especially designed for a range of applications. This article will explain the application field, usage and working principle of this type of rectangular connector.

Application Field

350-10-120-00-018101 header pins are best utilized in applications where communication speeds need to be as fast as possible. This connector is well-suited for applications that require compact, efficient connections with low crosstalk and high signal integrity. As such, it is used in industries such as communication and networking, industrial automation, medical, automotive, power delivery, RF/microwave, and consumer electronics.

When utilizing this type of connector, users can expect reliable, mechanically secure connections suitable for dealing with a variety of environmental conditions. The connector offers robustness and vibration resistance, while also providing EMI/RFI shielding for reliable operation in the most demanding applications.

Usage

The usage of 350-10-120-00-018101 header pins is quite simple, and involves a screw-type mechanism that can provide a secure connection with both electrical and mechanical integrity. It has both a locking and a latching mechanism, and its low profile design ensures maximum cable transfer efficiency.

A key feature is that the connector is designed to take up minimal space, so it is well-suited for applications that involve frequent connector exchanges, such as in robotics or industrial automation. Additionally, the connector contains gold-plated contacts, which provide superior corrosion resistance, enhancing the connection\'s durability and electrical performance.

Working Principle

The working principle of this connector is rooted in its design. The design focuses on maximising contact area and reducing contact resistance, so that the electrical current flow is as efficient as possible. To achieve this, the connector employs a series of contacts that are arranged in an alternating pattern, in which two rows of contacts are offset from each other.

The contacts are constructed from a conductive material such as phosphor bronze or copper alloy, and coated with a gold plating to ensure corrosion resistance. The gold plating also helps to ensure a smooth electrical current flow, while the design of the contacts minimises contact resistance and ensures a high level of signal integrity.

The connector also features a screw-type mechanism with which the connection can be locked and latched. This ensures both an electrical and mechanical connection, i.e. the transmission of the power or signal is precise and reliable under a range of environmental conditions.

Conclusion

In conclusion, 350-10-120-00-018101 header pins are designed for a range of applications that require fast data transfer speeds and high signal integrity. This type of connector enables a secure and reliable connection, even under extreme conditions, and has wide application in a range of industries. Its working principle is rooted in its design, which focuses on minimising contact resistance and maximising electrical current flow.

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