SMH101-LPSE-D48-SP-BK

Rectangular Connectors - Headers, Male Pins are widely used in a variety of applications across a variety of industries. Connectors provide an easy and reliable way to physically join two components, allowing power and data to pass through them. The SMH101-LPSE-D48-SP-BK is an example of a popular connector and its application field and working principle will be discussed in this article.

The SMH101-LPSE-D48-SP-BK is designed for use in OEM (Original Equipment Manufacturer) applications. It is a single-row panel header with 48 pins, each with a flat surface. The pins have a 1.6mm pitch and a 7.4mm offset. The connector is made of plastic and is UL approved. Its rated voltage is 16A/250VAC and its rated current is 16A/1.5A for high-frequency applications.

The SMH101-LPSE-D48-SP-BK connector is commonly used in many applications, such as industrial automation, data processing, robotics, medical, telecommunications, automotive, aerospace, and more. It is a reliable connector because it has a low malfunction rate and can withstand a wide range of ultra-high frequencies. It is also light, has a small profile, and is easy to assemble.

The working principle of the SMH101-LPSE-D48-SP-BK connector is quite simple. When the pins on the connector are inserted into the mating connector, they form an electrical connection that allows power and data to travel between the two connectors. The electrical connection is completed via contacts on the pins that create a physical connection between the two components. Once the pins are locked in place, the connection is secure and can withstand high-frequency signals without any problems.

The SMH101-LPSE-D48-SP-BK is a versatile connector that is widely used in a variety of industrial and consumer applications. It is easy to install and provides reliable connections for power and data transfer. Its UL approval makes it an ideal choice for OEM applications. It is a high-performance connector that has a low malfunction rate and can withstand a range of ultra-high frequencies.