1484201-1

Backplane connectors, also known as plug-and-socket connectors, are used to connect a set of interconnected electronic components. These connectors serve as the electrical and mechanical interface between two pieces of equipment. The 1484201-1 is a type of backplaneconnector manufactured by Pulse Electronics. This contact connector is designed to provide reliable connection in high-speed data switching applications. This article will discuss the application field and working principle of the 1484201-1 backplane connector.

Overview of 1484201-1 Connector:

The 1484201-1 backplane connector is a two-pole, crimp-style female contact connector. It is designed for use in applications where fast signal transmission is required. It has a 4.2 mm blade-style contact with an exposed pad terminal. The contact has a 1.0 mm centerline spacing and a 110° termination angle. This design makes it suitable for use in densely packed electronic systems such as motherboards, rack mounted systems, and portable computers.

Application Field of 1484201-1 Connector:

The 1484201-1 connector is designed for use in high speed data switching applications. It is ideal for numerous high-density application fields such as motherboards, blade servers, storage systems, communications systems, and portable computing devices. The connector is designed to provide a reliable electrical and mechanical connection even when subjected to continuous vibration or shocks.

In addition, the 1484201-1 connector is designed for use in a wide variety of applications including telecommunications, automotive, medical, gaming, and industrial applications. Its small profile and flexible design allow for easy integration into a variety of environments. The connector is designed to accept and perform reliably with a wide range of signal speeds, making it suitable for both data and audio applications. Its low contact resistance is ideal for high speed data transmission.

Working Principle of 1484201-1 Connector:

The 1484201-1 connector utilizes a crimp-style contact design. This method of connection relies on a crimp connection between two or more contacts. The contact is first inserted into a mating connector and then is crimped into place using the appropriate tool. The contacts are held in a secure mechanical and electrical connection provided by the crimp force applied to the pins. This design ensures a reliable connection even when dealing with high-speed signals.

The 1484201-1 connector also utilizes a gold plating on the contact to ensure a low contact resistance. This plating prevents corrosion and provides low contact resistance for improved signal integrity. It also prevents oxidation that can lead to signal attenuation. The gold plating also ensures a secure electrical contact between the contacts.

Conclusion:

The 1484201-1 is a two-pole, crimp-style contact connector manufactured by Pulse Electronics. It is designed for use in high-speed data switching applications such as motherboards, blade servers, storage systems, communications systems, and portable computing devices. The 1484201-1 utilizes a crimp-style contact design and gold plating for low contact resistance. This design ensures a reliable connection even when dealing with high-speed signals. By choosing the 1484201-1 backplane connector, engineers can rest assured knowing they are using the highest quality connector for their application.