155226-5303-RB

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Rectangular Connectors - Headers, Male Pins are components used to join wires and allow for electrical current to flow between connections. A good example of these components is the 155226-5303-RB part number. Understanding the working principle and application field of this component is important for anyone who is designing a circuit board.

Working Principle

The 155226-5303-RB is a male pin header connector composed of two pieces, an insulated plastic housing and a metal pin. The pin has two ends, a contact end and an exposed part. In most cases, the exposed part is electrically connected to a lead segment on the circuit board. The contact end makes contact with a female terminal when the two connectors are mated.

The pin has a large diameter and a cylindrical shape which allows for more contact area. This provides an improved connection between the two components. It also makes the connector more durable since it can withstand a greater electrical current. The insulation of the plastic housing prevents any short circuiting from occurring when the two parts are mated.

Application Field

The 155226-5303-RB can be used as both an input and output connection. Its size and ability to withstand high voltages and currents make it an excellent choice for a variety of applications.

It is used in automotive applications such as car ignition systems, airbag deployment systems, and other automotive control systems. It is also used in computer systems, consumer electronics, medical devices, and many other types of industrial equipment.

The 155226-5303-RB is also used in the manufacture of printed circuit boards. Its sleek design and ability to handle large currents make it ideal for use in applications where multiple connections are required, such as router boards, motherboards, and high-end CPUs.

Conclusion

The 155226-5303-RB is a male pin header connector used in automotive, consumer electronics, medical devices, and industrial equipment applications. Its robust design and ability to withstand large currents make it an ideal choice for a variety of applications. Understanding the working principle and application field of this component is essential for anyone who is designing a circuit board.

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