155216-5303-RB

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Rectangular Connectors, commonly referred to as headers, are widely used in a variety of applications. This article will discuss the application field and the working principle of the 155216-5303-RB connector.

The 155216-5303-RB connector is a 2 by 13 rectangular header. It has 2 rows of 13 pin positions, with the pins mounted on both sides of the connector. This connector is suitable for applications requiring a high current and voltage rating, as it can handle up to 6.3A/125V.

This connector is typically used in higher power applications, such as in motor controllers, robotics, and high voltage energy systems. It can also be used in applications involving power electronics, control systems, and communication systems.

The 155216-5303-RB connector features a staggered pin pitch design, which allows for multiple circuits or signals to be housed in a single connector. The staggered pin arrangement ensures a greater degree of electrical isolation between signals, and reduces the likelihood of interference or crosstalk.

The 155216-5303-RB connector is intended for higher power applications. It is designed to resist wear and tear over time, and is built to handle short circuit conditions and other extreme environments. It is rated to withstand temperatures as high as 125°C (257°F).

The working principle of the 155216-5303-RB connector is quite simple. The connector, when plugged into a mating connector, creates an electrical connection between two contacts. The two contacts create an electrical loop, which allows a current to flow between them. As the current passes through the loop, it creates a magnetic field which is sensed by the mating connector.

The 155216-5303-RB connector is a widely used connector in many applications. Its compact size and high-temperature rating make it suitable for a variety of applications. It is designed to reduce interference and minimize crosstalk, and is resistant to corrosion and wear. Above all, it provides a reliable and secure connection between two circuits.

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