95278-101B26LF

Rectangular Connectors - Headers, Male Pins is an electrical component designed to join two electrical circuits. The 95278-101B26LF is a type of rectangular connector known as pin header. Pin headers are often used to attach wires to circuit boards for specific functions. The terminal portion of the pin header which is the contact point between the two circuits is typically Referred to as the Male Pin.

The 95278-101B26LF Pin Header is made from brass and is insulated with a nylon shrinkwrap sleeving. The electrical contact of this pin header is a plug with eight soldering points. It is designed for a maximum of 2 amps current. [1]

The 95278-101B26LF Application Field includes professional audio, home theater systems, automotive and military applications, and even medical equipment. It can also be used as a signal connector in a wide variety of consumer electronic products. In addition to connecting electrical circuits, this plug also serves as a strain relief for connecting wires.

The 95278-101B26LF Working Principle is based on the concept of electrical current conductivity. A closed electrical circuit is necessary for current to flow, so the presence of a connector plug allows current to travel between terminals which serves as the connector link. The soldering points of the pin header become the connection point between two different circuits and provide the conductive pathway for current to travel between them.

The 95278-101B26LF Pin Header is also known as a bypass connector because it allows low voltage signals to pass through without compromising the integrity of the electrical circuit. This bypass feature is useful for controlling the voltage of the circuit, allowing it to remain within specified limits and reduce the risk of damage to the components.

In conclusion, the 95278-101B26LF Plug is an essential component in the electrical industry. It provides an effective means of connecting two circuits without creating any extra resistance. It also acts as a strain relief by keeping the wire connections secure and sturdy. Additionally, its bypass feature ensures that the electrical signals remain within a safe range of voltages which minimizes the risk of system damage.