961105-5900-AR-PT

The 961105-5900-AR-PT rectangular connector, commonly known as a header, male pin connector, is designed for electrical and electronic applications that require both power and signal transmission. Generally manufactured from high-grade materials, such as copper or brass, these connectors offer superior electrical characteristics and are designed to withstand harsh working environments.

Due to the nature of the contact arrangement, where headers have a single row or multi-pole configuration of pins protruding from the face of the connector, the contacts are well suited for making a reliable connection with printed circuit boards. While headers are generally mounted to the underside of the PCB, they can also be handed-mounted with an appropriate plastic housing. This modular construction gives the user freedom to configure the pins according to the needs of the application.

The 961105-5900-AR-PT rectangular connector employs a simple connection method. The pins of the header are inserted into the corresponding plated holes on the PCB, where the contact arrangement provides a secure and reliable connection. When mated together, the connector contacts form an electrical and mechanical bond, which is further enhanced by soldering. Furthermore, the combination of the header and PCB form a printed circuit assembly that is able to withstand a wide range of vibration and shock forces, as required by most industrial applications.

The 961105-5900-AR-PT rectangular connector uses a male contact arrangement, meaning that the pins of the connector are inserted into the holes of the PCB. This method of connection requires a precise fit between the pins and the holes, and to ensure this a tight tolerance is maintained between the two components. Generally, contact resistance is measured in micro-ohms, and because of the tolerance maintained between the two components, contact resistance is kept to a minimum.

The 961105-5900-AR-PT connector is designed to withstand a wide array of operational conditions. As previously mentioned, these connectors are able to withstand shock and vibration forces generated during transportation. Additionally, this connector is rated to operate at temperatures between -55°C and 105°C. Furthermore, this connector is sealed to prevent the ingress of dust, dirt, and other contaminants, and is designed to prevent corrosion.

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