86093967113785ELF

DIN 41612 is a backplane connector that consists of shielded, parallel, card-edge connections. It has a "flip-flop" mechanism that reverses the polarity of the same connection for ease of assembly. The 86093967113785ELF backplane connector is a member of the DIN 41612 family and is used primarily in communication systems, militry electronics, industrial controls, and telecom applications.

The 86093967113785ELF backplane connector features two card edge contacts with a maximum current carrying capacity of 10A and a dielectric strength of up to 2000VAC. It also features a two-position latching system that provides a secure mating and can withstand high vibration and shock levels. The two contacts are present to ensure a reliable electrical connection and facilitate fast-on termination. The contacts are designed for mating to a wide variety of substrates including FR-4, PCB, and FR-4+FR4 substrates.

The 86093967113785ELF backplane connector also includes two stiffener bars for optimum rigidity and vibration dampening. This ensures that the electrical connection remains intact during high-vibration and shock usage. Additionally, it has a robust connection system with a stainless steel shell and spring-loaded lever that allows for easy removal and installation of the connector. It also includes an environmental protection cap to keep out dust and debris.

The working principle of the 86093967113785ELF backplane connector is based on the principle of electrical induction. When two mating electrical contacts come into contact, a high-frequency alternating current passes through the contact. This alternating current creates a magnetic field in the surrounding environment and induces a voltage in the other contact. This induced voltage allows for a flow of electricity between the two contacts, creating a reliable electrical connection.

The 86093967113785ELF backplane connector is designed for use in a range of applications including telecom, industrial control, military, embedded applications, and power electronics. The robust connection and high current carrying capability makes it ideal for these types of applications. Additionally, its latching system ensures a secure connection during high-vibration or shock scenarios. It also lowers the risk of accidental disconnects.