0452801201

The 0452801201 is a rectangular connector primarily used in the automotive, telecommunications and medical fields due to its compact size and high durability. It is well suited for applications such as breakout boards, cable assemblies, analog and digital signal converters and computer boards. This connector is made up of headers, male pins, a mount and a dielectric.

The headers of 0452801201 connector are made from a dielectric material which helps provide increased electrical insulation and strength. The headers are a press fit into the housings, and give the connector protrusions which ensure a secure and reliable connection. Male pins are also press-fit into the housings for a reliable and secure connection. They are constructed from highly durable and corrosion-resistant materials, such as tin-plated copper, copper alloy, or nickel-plated brass.

The mount of 0452801201 allows it to be secured against a surface, providing the highly sought after surface mount technology. Many of this connector’s components have multiple cavities that allow for a more robust connection to the application. Its contacts are constructed from corrosion-resistant, electrical current- and temperature-resistant materials that help ensure a reliable and long-lasting connection.

The dielectric material of 0452801201 provides much needed electrical insulation in order to prevent current from shorting between pins. This insulation is made from a non-conductive polymeric material, which can include polyethylene, polypropylene, polyphenylene oxide or nylon. This helps protect the electrical current from leaking to the connector’s components and causing equipment damage.

The 0452801201 connector is widely used in automotive, telecommunications and medical applications due to its reliable construction and compact design. Its headers, male pins, mount and dielectric provide robust connection options that help prevent current from leaking and shorting. Its components are constructed from highly durable and corrosion-resistant materials, making it ideal for today’s equipment.