1633-1

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Turret Connectors are terminals that provide high connection strength in a variety of configurations. The 1633-1 model is most common for high-density applications. It features a clamping adapter that meets the high current requirements of many applications.

The basic design of the 1633-1 consists of a housing connected to the board assembly by a series of turret terminals. The upper part of the housing is designed to hold the terminals securely in the housing\'s upper groove, while strain relief clips to provide additional stability. The bottom of the housing is further secured with a locking bar for additional secure clamping.

The turret terminals themselves are constructed from tin-plated, stripped, solid copper wire that is run through a crimp-type terminal lug. The lug then sets into the terminal side of the housing in the center, providing an electrical connection. Terminals may be further soldered for added strength.

The 1633-1 connector has a unique working principle wherein the clamping force of the spring clips exerts pressure on the solder joints between the terminal lugs and the board assembly. As the solder melts under stress, the joint becomes stronger and more reliable than a traditional high-force connection. This is especially useful for applications that require high current or user-controlled interconnection.

The 1633-1 is most commonly used in high-density applications such as automotive, industrial, medical, and consumer electronics. The terminals provide a reliable and robust connection that allow for greater signal integrity and dependable performance. They are stable, fast-acting, and safe, and have excellent heat resistance. The terminals are corrosion resistant, and designed to withstand vibration, shock, and extreme environmental conditions.

The 1633-1 connector is a reliable and cost-effective solution for high-density applications requiring high current or user-controlled currents. Its unique working principle allows for reliable, fast-acting, and safe connections, and its construction provides users with improved signal integrity and dependable performance.

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