535962-1

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Rectangular Connectors - Headers, Receptacles, Female Sockets provide a reliable electrical connection and a secure mechanical hold for two mating pieces of electronics, usually for interconnection purposes. The 535962-1 interface is one such device that has become popular in many product applications, due to its reliability and durability. The device is typically constructed using two primary components; the header and the receptacle. The header is the male component, while the receptacle is the female component. Together they provide the electrical and physical connection between two pieces of electronics.

The 535962-1 comes in three configurations, a three-pin header and a receptacle, a four-pin header and a receptacle, and a four-pin header alone. Depending on the needs of a particular application the user can also choose either a right angle header and receptacle, or a straight header and receptacle. This configuration allows users to customize their product to fit their specific application.

The main function of the 535962-1 is to connect the male header component to the female receptacle component, thus creating a strong and secure electrical connection. The header portion of the device is what actually contacts and establishes the electrical connection with the mating device. The receptacle component is the female portion of the unit, and is designed to receive the male header and accommodate any misalignment that may occur during assembly. The header and receptacle components of the 535962-1 can be made up of a variety of materials, such as stainless steel, brass and nylon.

The 535962-1 also features two different types of contacts that can be used for the header-receptacle connection. The first type is the threaded connection, which is the most commonly used in these devices. This type of contact provides a secure and mechanically strong connection between the two parts and is very reliable. The second type is the non-threaded connection, which has a smaller footprint and is generally used in tighter areas or applications that require less mechanical strength. Although the non-threaded connection may not be as secure as the threaded connection, it does provide some additional flexibility for applications that require a very specific size.

The 535962-1 is also available in several different orientations to meet the specific needs of a particular application. Right-angle configurations are typically used when space is limited, since the header-receptacle connection will remain in a static position from the point of installation. Straight configurations are used when a wider range of motion is necessary, such as when multiple devices need to be connected to each other. This can be especially helpful in more complex applications, or when multiple connections are needed in the same electrical device.

In order to ensure that a strong and secure connection is achieved, the 535962-1 also features several different contact configurations. The most common contact configuration is the push/pull contact configuration, which has an embedded spring that ensures that the connection remains firm and secure. The other contact configuration is the solderable connection, which allows the user to easily solder the contacts together. This ensures a stronger connection than the push/pull configuration and is ideal for applications that require a more long-term connection.

The 535962-1 can also be used for providing signal integrity in certain applications. The header-receptacle connection of the device is designed to reduce the amount of signal noise that can occur when two pieces of electronics are connected, thus helping to ensure that the signal is of high quality. Additionally, the device is designed to help reduce the amount of electromigration between two pieces of electronics, helping to ensure that the electrical connection remains secure over time.

Overall, the 535962-1 is a reliable and highly customisable connection system that is suitable for a variety of different applications. The various contact and orientation configurations allow users to tailor the product to fit their specific application needs, while the signal integrity and reliability help to ensure that the connection remains strong and secure over time.

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