SBH51-LPSE-D49-SM-BK Connectors, Interconnects

The SBH51-LPSE-D49-SM-BK Headers, Male Pins are suitable for many applications, offering excellent performance in environments where high electrical isolation is required. Their small size provides for a superior space saving design, with the robust mechanical design ensuring reliable connections in high vibration applications.

These Headers, Male Pins offer excellent performance in the most demanding environments, making them an ideal solution for medical, military, aerospace and robotic applications. The low profile of the pin headers provides superior electrical performance, low power dissipation and improved shielding from external interference.

The robust mechanical design of the SBH51-LPSE-D49-SM-BK Headers, Male Pins ensures reliable connections in high vibration applications. Their low profile design provides an improved seal against dust and liquids which can be a problem in hostile environments. The pins are designed to avoid damaging the solder joint under extreme conditions and their small size allows for a superior space saving design.

The SBH51-LPSE-D49-SM-BK Headers, Male Pins are also designed to improve the insertion process which provides for reliable and secure connections. The pins can be used with or without pins, making them suitable for use in a wide variety of applications. The pin headers are ideal for low voltage applications and are designed to provide excellent electrical performance.

The SBH51-LPSE-D49-SM-BK Headers, Male Pins are a reliable and robust solution for a variety of applications. This allows them to provide superior performance in the most demanding environments. The low profile of the pins makes them ideal for use in space-restricted environments and the robust mechanical design ensures reliable connections in high vibration applications.

The SBH51-LPSE-D49-SM-BK Headers, Male Pins are an excellent solution for a variety of applications. They offer superior performance, reliability, and low power dissipation. The small size and low profile design make them an ideal choice for applications where space savings are critical. The robust mechanical design ensures reliable connections in high vibration applications.