D38999/26MD97SB

The D38999/26MD97SB is a multipurpose device used for an expansive range of applications. It is mainly used in military and aerospace related applications. The device is an ideal tool for a mechanical and electrical connection between board-to-board connectors, cable-to-board connectors, and cable assemblies. It features a keyed locking mechanism and provides a high level of performance, reliability, and durability.

The D38999/26MD97SB is composed of a single thread metal nut and shell along with several contact pins that connect between the two. The device offers a high density, low profile, and superior environmental protection. It is available in two versions, standard (ST) and reverse-polarity (RP). The assemblies are terminated with a standard solder, crimp, and connector technology.

The primary application for the D38999/26MD97SB is in military and aerospace operations. The device is typically used for applications where extreme temperatures and environmental conditions can occur and where security of the application is essential. Some common applications where this device is used include aerospace and military ground operations, space transportation, and telecommunications. As a result, it is important to ensure that the highest levels of performance, reliability, and durability are met in order for the application to work properly.

The working principle of the D38999/26MD97SB is as follows. First, the device uses a keyed locking mechanism to secure the contact pins. Next, the contact pins provide the electrical connection between the metal nut and shell. Finally, the contact pins are soldered, crimped, or connected to the user’s board or cable assembly.

In conclusion, the D38999/26MD97SB is a versatile, durable, and reliable device used mainly in military and aerospace applications. It contains a single thread metal nut and shell along with several contact pins, which are connected between the two in order to provide a secure connection. The device also features a keyed locking mechanism to ensure security of the application. Finally, the contact pins are soldered, crimped, or connected to the user’s board or cable assembly, depending on the application.