PPRN104EFCN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular connectors are the most widespread type of connectors in aviation, aerospace, and military applications. One exemplary type is the PPRN104EFCN connector, which offers high reliability and superior environment protection. This article will explore the use cases and working principle of PPRN104EFCN connectors.

The PPRN104EFCN connector is a 2mm pitch and 4F-45degrees board-to-board connector that is designed for a wide variety of applications including consumer, automotive, industrial, medical, and military. Mechanics-wise, it features a range of terminals with unique shapes and sizes to support varying power and signal types. It also employs polarized key guides to prevent misinsertion, customizable board locators and a double-contact system for improved connection integrity.

In terms of electrical performance, the PPRN104EFCN connector is rated for up to 5A current load and 13A contact resistance, making it suitable for higher-amperage applications. It also has a low to medium voltage rating and superior heat dissipation thanks to its insulated cover and high dielectric breakdown voltage.

The PPRN104EFCN connector can be categorized into three general parts: headers, receptacles, and female sockets. The headers refer to the male components that are designed to fit the corresponding female components. They are made up of plastic insulators, terminals, and solder tails or panel mountings. The receptacles are the female components and they are designed to house the male components in order to allow the two to interact.

Female sockets are also available in the PPRN104EFCN range and they provide a low-cost option for connecting two cables or wiring systems together. This type of connector is especially useful when it comes to power cord and over-molded wiring applications. The female socket is also outfitted with a locking mechanism so that it can be securely fastened to the corresponding receptacle.

The PPRN104EFCN connector’s working principle is quite simple: when two of its components are connected, a metal contact between the two pieces form a bridge of electrical current, allowing signals to be transmitted between them. The connection is made possible thanks to a plastic body material that allows the terminals to press into the corresponding contacts.

The locking system provided by the PPRN104EFCN connector ensures that the contacts are securely held together and the connection will not come undone. The locking system also ensures that vibration does not affect the connection. The high contact resistance further helps to reduce signal loss and protect against voltage drops or “hot spots” on the board.

In conclusion, the PPRN104EFCN connector is an ideal solution for a variety of applications where reliable, high-speed, and vibration-proof connections are needed. It is versatile, capable of accepting a wide range of terminal widths and pitches. It is also strong and secure thanks to a robust and robust locking system. All in all, it is an excellent choice for power and signal-based applications.

The specific data is subject to PDF, and the above content is for reference