RJHSEG38M04

Modular connectors, also known as jacks, have become an essential element of modern technology, providing secure, reliable connections in a wide range of applications and environments. The RJHSEG38M04 jack is a popular model designed for use in a variety of applications. In this article, we will discuss the application field and working principle behind the RJHSEG38M04 jack.

Applications

The RJHSEG38M04 jack is a popular choice for use in automated assembly equipment, robotics, telecommunications, and computer-controlled systems. With its dielectric strength of 800VAC, it is suitable for use in higher wattage applications.

The jack is also used in diverse applications such as power supplies, audio-visual systems, CCTV systems, and industrial lighting systems. Its highly efficient design can provide reliable operation and error-free transmission in these applications. Additionally, the jack is resistant to vibrations and temperature changes, so it is often used in harsh environment settings.

The RJHSEG38M04 jack is also a favored choice in the medical equipment industry. Its excellent shock and vibration resistance make it an ideal component for use in medical imaging equipment and laboratory equipment. The jack is also compatible with EMC applications, providing secure and reliable performance.

Working Principle

The RJHSEG38M04 jack is a simple and reliable design. When in use, the jack\'s contacts stay firmly mated until the connection is released. This provides a secure connection and eliminates the need for resoldering or crimping the connection.

The jack is rated for up to 5A and 500V, making it a safe choice for use in applications with higher voltage and current requirements. The jack also has a high signal integrity and can provide reliable data transmission over long distances.

The RJHSEG38M04 jack is a rugged and reliable choice for use in a wide range of applications. Its simple design and excellent signal integrity make it a popular choice in many industries, and its resistance to temperature change and shock make it an ideal choice for use in harsh environment applications.