N3314-5002RB

The N3314-5002RB is a rectangular connector - header, male pin. It is suitable for applications that require reliable connections in a compact package. The connector can be found in many consumer and industrial applications including automotive, communication, and consumer electronics.

The N3314-5002RB has two states: an unpowered or off state and a powered or on state. When power is on, the contacts of the N3314-5002RB generate a magnetic field that closes the connection and allows the power and data to pass through. The power and signals are distributed in a balanced manner, reducing the effect of noise on the signal.

The N3314-5002RB is suitable for use in damp and wet environments because of its excellent ingress protection. It has a dust-proof, water-proof rating of IP68, making it highly reliable and long-lasting. It is also equipped with a mechanical lock that ensures that the connection is securely made.

The N3314-5002RB has a 5 pin design and is specifically engineered for electrical applications that require high-speed signal transmission and efficient power distribution. The connector includes thermoplastic insulation with gold-plating that achieves excellent electrical performance and high contact stability. The combination of insulation and gold-plating helps reduce the effects of corrosion.

The N3314-5002RB is a reliable choice for a wide range of applications, including automotive, medical device, and industrial control systems. It is built with the latest technologies and materials to ensure a reliable connection and long-term performance. The connector is durable and capable of withstanding intense mechanical, chemical, and temperature fluctuations.

In conclusion, the N3314-5002RB is a rectangular connector - header, male pin that is suitable for reliable and efficient connections in a variety of applications. It is designed with advanced technologies and materials to provide a long-term performance and secure connection in harsh environments. This connector is perfect for applications that require high-speed signal transmission and efficient power distribution in a compact package.