95278-401A14

Rectangular Connectors - Headers, Male Pins, are ubiquitous devices used to make electrical connections. The95278-401A14 is a particularly indispensable connector, with a wide array of applications and easy installation.

The 95278-401A14 is single-pole, single-row connector with 6 pins. The pins on the 95278-401A14 are male, and measure 1.25mm across. The maximum current carrying capacity is 1.5A, and the maximum insulation and operating voltagse is 50V. The rated current of the connector is 0.5A. The 95278-401A14 is a compact device with a standard, board-level footprint.

The primary application for the 95278-401A14 is circuit board and cable-to-board connection. Due to its compact size, it can be easily mounted on printed circuit boards, making it great for a wide range of applications including but not limited to: instrumentation connections, high speed/high density data transfer, consumer electronics, automotive electronics, mobile communications, robotics, lighting controls, LED lighting, and more.

The 95278-401A14 has a simple yet effective working principle. The male pins make contact with the corresponding female receptacles in the socket. At the point of contact, an electrical connection is established. The connection is made tight and vibration/shock resistant by a latching screw, and the pins are protected from dust and moisture by a protective sleeve.

The 95278-401A14 connector offers both reliability and convenience. It has a high degree of contact reliability thanks to a spring-loaded, latching connection, and a snap-in guide ensures easy and secure insertion of the device. Additionally, the pins of the 95278-401A14 are gold-plated for enhanced conductivity.

In conclusion, the 95278-401A14 connector is an invaluable device for easy and reliable connection in a wide variety of applications. It is board-level compatible, making it widely applicable, and it has a simple working principle and sturdy construction. With its latching connection and gold-plated pins, the 95278-401A14 ensures that your connections are secure and reliable.