N7E50-D516PG-30-WF

The N7E50-D516PG-30-WF is a multifunction memory connector specifically designed for use in PC card sockets, memory connections, and other applications. It is a 30-pin vertical-type, high-performance, low-profile, surface-mount connector with 2.5mm pitch and 0.6mm height, and can accommodate high-density data transmission. This connector also offers reliable connections and increased signal integrity.

The N7E50-D516PG-30-WF can be utilized in a variety of applications, including PC card sockets, memory connections, Bluetooth modules, PCIE and USB3.0 connections, and many others. In any of these applications, the N7E50-D516PG-30-WF offers reliable and secure connections with increased signal integrity. It also features high resistance to shock, vibration, and temperature, making it an ideal choice for a wide range of installations that are exposed to harsh environments.

The working principle of the N7E50-D516PG-30-WF is based on its physical structure. This type of connector is composed of two main components: an insulator and a set of contacts. The insulator is made of a protective material and is designed to keep the contacts securely contained within the connector. The contacts are based on a standardized size and shape that provides reliable connectivity for high-speed data transmission. These contacts are also plated with gold for better durability and corrosion-resistance.

The N7E50-D516PG-30-WF is also easy to install and can be used with a variety of mounting systems. This makes it ideal for embedded systems that require minimal space. The connector is also RoHS compliant, making it safe and suitable for a wide variety of applications.

In summary, the N7E50-D516PG-30-WF is a versatile and reliable memory connector specifically designed for PC card sockets, memory connections, and other applications. It offers reliable connections and increased signal integrity, and is easy to install and RoHS compliant. This type of connector is ideally suited for harsh environments and systems that require minimal space.