SBH51-LPSE-D33-SM-BK

The SBH51-LPSE-D33-SM-BK is a rectangular connector header with male pins. This particular device has a black matte finish, making it particularly suited for use in electrical systems with dark interiors. The SBH51-LPSE-D33-SM-BK is manufactured using high-grade plastic materials and is designed to withstand repeated insertion and removal of mating connectors and cables.

The SBH51-LPSE-D33-SM-BK is typically used in a variety of electronics applications, such as industrial, automotive, consumer, medical, and aerospace. They are also well-suited to both moderate temperature and high power applications, making them a versatile choice for many projects. This specific device provides superior electrical insulation, heat resistance, and other valuable properties, such as low contact resistance.

The SBH51-LPSE-D33-SM-BK consists of a header that houses a set of male pins. The header is secured into place, typically using screws, while the pins provide electrical contact points for mating connectors and cables. In essence, the pins allow for direct connections between two components, and they also provide a safe electrical environment for the protected components. This device is typically available in packs of 500, 1000, and 2000.

The working principle of the SBH51-LPSE-D33-SM-BK is quite simple. The pins provide pathways for the current to travel through the device, while the header prevents unintentional contact or shorting between the pins. In essence, these connectors provide reliable electrical pathways for components to interface with one another, and they do so without the need for complex wiring.

In summary, the SBH51-LPSE-D33-SM-BK is a rectangular connector header with male pins. It is designed to be used in a wide range of applications, such as industrial, automotive, consumer, medical, and aerospace. Additionally, the device can withstand repeated insertion and removal of mating connectors and cables. It is well-suited to both moderate temperature and high power applications. In addition to providing superior electrical insulation and heat resistance, it also offers low contact resistance. Finally, its working principle is quite simple, providing reliable electrical pathways between components without the need for complex wiring.