SBH21-NBPN-D10-ST-BK

The SBH21-NBPN-D10-ST-BK is a type of connector belonging to the rectangular connectors – headers, male pins range. It offers quick and easy connections for a variety of circuits used in industry, military and consumer applications. This connector is designed to provide reliable connectivity, versatility, small form factor, and affordability in a high performance environment.

The SBH21-NBPN-D10-ST-BK has a 10-pin connection with a 2.0” pitch. It features a knife-style pin design, which ensures long-term durability and reliable electrical performance. The reliable contact also eliminates the need for force-feeding pins into connectors. The connector also features a single detent retention design that provides firm latching with easy plug-in and unplugging.

The SBH21-NBPN-D10-ST-BK can be used for many applications including consumer electronics, automotive electronics, industrial control, telecommunications, medical electronics, robotics, and more. It is great for applications such as data transmission and signal processing. Its rugged design makes it a great choice for challenging environments or applications where other connecting systems may be prone to mechanical damage or vibration.

The working principle of the SBH21-NBPN-D10-ST-BK is simple. It contains two main components, an outer housing, and a number of pins. The housing is made up of a strong insulating material to protect the connectors from damage, and the pins offer electrical connection paths for devices. These pins are inserted into the corresponding slots in the housing, and by latching tight the pins are held securely within the housing. Once plugged in, the pins create a connection between the devices, allowing them to exchange data with one another.

The SBH21-NBPN-D10-ST-BK is an excellent choice for quick, easy and reliable electrical connections. With its small form factor and versatility, it can be used in a wide range of applications including consumer electronics, industrial control, telecommunications, medical electronics, and robotics. Its reliable contact design and single detent retention offer secure connectivity in even the most challenging environments.