95278-101B06LF

Rectangular Connectors - Headers, Male Pins

95278-101B06LF is a type of rectangular connector used in a wide range of applications, from industrial machines and robots to consumer electronics. It is a two-piece connector, comprised of an insulator and the male pins, referred to as headers. It is a multi-port, low profile, and space efficient device used to secure devices and associated wiring.

Application Field

95278-101B06LF is most commonly used in industrial control systems and robotics. Typical applications include automated conveyor systems, hydraulic cylinders and other actuation systems requiring motion control. It is also ideal for creating inter-connections between power supplies, batteries, and data communications devices. The connector can be used in the medical sector for robotic surgical instruments and automated laboratory equipment.

In the consumer electronics sector, 95278-101B06LF is used in the manufacture of a diverse range of products – from televisions and hi-fi systems, to laptop computers and phones.

Working Principle

Basically, 95278-101B06LF is a two-piece connection system. The insulator holds the male pins in place. It is made from a non-conductive material, usually nylon, and has two rows of pins in its center. The other part of the system is the male pins, which snap into the insulator. The male pins are made from a combination of metals including copper, stainless steel, and aluminum.

95278-101B06LF allows for a secure connection between two devices. It is installed into a circuit board or into the mating connector, allowing the current from one device to pass through the connector’s pins and make contact with the second device. The tightness of the connection between the two devices is determined by the mechanical fit of the male pins into the insulator, which helps to ensure an uninterrupted flow of current.

The versatility and low profile of 95278-101B06LF makes it an ideal choice for the manufacturing of high-quality products. The secure connection allows for reliable current flow, while its small size helps to reduce the number of cables and associated wiring running between different devices. This helps to minimize the effort and cost involved in designing and creating a device or a system.