16-3625-20

Rectangular connectors of the 16-3625-20 configuration can be found in a variety of applications, ranging from automotive to industrial, telecommunications, and medical. These connectors offer excellent performance in applications with high power and high vibration thanks to their robust design. Depending on the application, these connectors come in several different pin configurations allowing designers to optimize performance for their particular requirements. The following article will provide an overview of the 16-3625-20 configuration and discuss the type of applications this connector is suited for, as well as the advantages and working principles behind the design.

Types of Connectors

The 16-3625-20 configuration is a type of rectangular connector that is designed for applications with high power and high vibration, as well as for in-line board-to-board and through-hole mounting. The 16-3625-20 are available in two basic types of connectors: header connectors and specialty pin connectors. Header connectors consist of single in-line pins and offer the user space-saving design options. Specialty pin connectors consist of multiple pins in an array and provide a greater number of connection points.

Applications

The 16-3625-20 configuration is most commonly used in automotive and industrial applications where it is necessary to supply power from a battery or other power source to an electrical system, or to connect several components. It is also commonly used in medical, telecom, and other specialty applications where the ability to transmit data in addition to power, or to break apart a connection in an emergency, is required. In each of these cases, the 16-3625-20 connector offers superior performance compared to other types of connectors.

Advantages

The 16-3625-20 configuration offers several advantages over other types of connectors. Due to its robust and durable design, it can handle higher power and vibration levels, making it suitable for the toughest environments. The connector also offers the user the ability to customize the pin configuration to meet their particular requirements. Furthermore, the connector has multiple contact points that can be individually connected or disconnected, allowing for greater flexibility and easier maintenance.

Working Principle

The 16-3625-20 connector works by allowing electric current to pass through the metal contacts in the connector, which are typically made of copper or other conductive metals. When two 16-3625-20 connectors are mated, the contact points are in close proximity and electrical current can pass through them. The contact points are designed to fit into each other, which allows them to mechanically and electrically connect without the use of screws or solder. This allows for a quick and easy connection and disconnection, which is ideal for applications that require frequent re-connection.

Conclusion

The 16-3625-20 configuration is a type of rectangular connector that is designed for high power and high vibration applications. The connector is available in two basic configurations: header connectors and specialty pin connectors. It is most commonly used in automotive and industrial applications, as well as in medical, telecom, and other specialty applications. The connector offers several advantages, such as its robust construction, multi-contact points, and the ability to quickly and easily connect and disconnect. The 16-3625-20 connector works by allowing electrical current to pass through its metal contacts when two connectors are mated.