350-10-139-01-609101

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Rectangular connectors such as headers, male pins, and female connectors are a general-purpose type of connectivity equipment. As a type of electrical connector, it includes a variety of shapes and sizes ranging from IDC (insulated displacement) connectors that enable internal wiring on a circuit board, headers that provide external connections to a board, and other specialized connectors such as combination models. This article will focus on the 350-10-139-01-609101 application field and working principle.

The 350-10-139-01-609101 connector is a range of contact bushing style header connectors providing 9 position, 10A current rating, and is gold plated for corrosion resistance. The terminals on the back of the connector are PC tail termination, and the single row of terminals has 0.20” pitch and 0.063” contact centerline spacing. Various rear-mounting anchors are available depending on the needs and preferences from the customer. With its top-contact design and fixed contact, it has an easy-to-handle design, allowing for reduced assembly costs compared to other designs.

In terms of application field, the 350-10-139-01-609101 connectors offer a variety of solutions for different needs. It is primarily designed for the use of motherboard assemblies, game consoles, analyzers, computers, mobile phones, dolls and other small electronic products. The connectors are also widely used in the development of various medical equipment for automated tests such as blood analyzers, urine analyzers, pulse oximeters, and other such electronic instruments based on the fast, reliable connection capabilities it provides.

In order to get a better understanding of its working principle, it is important to understand the components that make up the connector. The connector consists of two components, an inner contact and an outer sleeve. A contact is used in the form of a male pin which is used to make contact inside the connector housing, while the outer sleeve is used to provide mechanical protection against degradation and shock damage.

The interface is made when the male pin is mechanically inserted and contacted with the female contact. The electrical connection is made through a friction fit of the contact which is then connected to the surface of the mating contacts. The contacts are securely secured in place due to the wedge-like profile of the contacts and the compression of the outer sleeve. This complete contact system ensures electrical continuity and efficient power transfer.

In conclusion, the 350-10-139-01-609101 rectangular connectors offer a reliable connection for many electronic systems and have a variety of applications in the development and use of medical devices. It has a wide array of components and configurations which are capable of providing reliable connection speeds and conductivity. Finally, its working principle relies on the friction fit of the contacts and the wedge-like profile with compression fit of the outer sleeve which provides the reliable electrical connection.

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