15210686601000

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Rectangular Connectors are connectors having a rectangular shape and are used in a variety of electrical systems and products. Headers, Receptacles, Female Sockets are common rectangular connector types that include many variations for using in different applications. In this article, we will focus on 15210686601000 application fields and working principles.

Headers

15210686601000 headers (also called board-to-board connectors) are designed for interconnecting circuit boards or ending a series of parallel conductors. They are generally configured as two rows of pins or two lines of female contacts. Male pins are typically square-ended, while female pins are typically hook-ended (angled out and slightly up). A variety of power ratings and numbers of contacts are available. These connectors can be used for general-purpose applications connecting in-circuit board-to-board, such as audio, gaming, instrumentation, video, logic, communication, and computer control applications.

Receptacles

15210686601000 Receptacles are also designed for interconnecting two circuit boards. These can come in a variety of configurations, including surface mount or through-hole styles, as well as various numbers of pins/contacts. Receptacles can be used for general-purpose applications connecting in-circuit board-to-board, such as instrumentation, communication, gaming, logic testing, video, and audio.

Female Sockets

15210686601000 Female Sockets are used to bridge a connection between two mating parts, such as two wires or other electrical components. Female sockets can be found in a variety of configurations including surface mount or through-hole styles, as well as various numbers of pins/contacts. Female sockets can be used for general-purpose applications connecting in-circuit board-to-board. Typical applications for these connectors include industrial applications, such as instrumentation, gaming, logic testing, audio, video, and communication.

Working Principle

Rectangular Connectors such as Headers, Receptacles and Female Sockets work by connecting two surfaces via a mechanical and electrical connection. The surfaces typically consist of two layers of contact, typically consisting of male and female pins. The surface contact layers are designed to interlock when properly mated, mechanically fastening the two surfaces while forming an electrical connection between them. As the contact surfaces are mated, the electrical connection is made as the male and female pins make contact with each other. This allows for a strong and secure connection between the two surfaces.

In order to ensure a reliable electrical connection, the contact layers must be designed to consistently provide electrical resistance and contact. Some of the most common designs used for this application are combination square and hook contacts, which offer a reliable connection with low electrical resistance and high contact. Contact layers can also be engineered using insulation materials to keep electrical signals from noise and ensuring a more reliable electrical connection.

To ensure mechanical and electrical reliability, it is important that the connector assembly used for the connection is designed to meet the application’s needs. This includes factors such as size, shape, contact strength, durability, and power handling capability. The size and shape must be such that it can securely fasten to the mating surfaces, while the contact strength should be strong enough to reliably hold the electrical connection for the duration of its intended lifespan. Finally, durability is essential as the connector must be able to withstand the environmental and usage conditions of its intended application and provide satisfactory performance.

15210686601000 Rectangular Connectors such as Headers, Receptacles and Female Sockets are ideal for a variety of applications due to their ease of use, reliable connection, and high durability. They are a great option for projects that require a reliable electrical connection, as the contact strength and electrical resistance can be designed to meet the application’s specific requirements. With the right design, these connectors can provide a reliable connection in any environment.

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