4-103148-0-25

Connectors have been a key component of electronic systems across several industries for decades. The 4-103148-0-25 is a type of rectangular connector, often referred to as a “header” or “male pin” connector. This connector is used in applications where connections need to be reliable and highly durable, and is commonly found in industrial, medical, and automotive systems.

The 4-103148-0-25 rectangular connector is a two-piece assembly designed for mounting on a printed circuit board (PCB). The male portion consists of parallel pins that are inserted into the female portion, which is mounted into the board and includes holes to hold the pins in place. To ensure a secure connection, the male pins are soldered to the board after being inserted into the female portion.

The 4-103148-0-25 has a variety of advantages over other connectors commonly used in electronic systems, such as greater levels of reinforcement and corrosion resistance. The two-piece construction provides a more reliable connection compared to other single-piece assemblies. The reinforced header is designed to be resistant to mechanical shock and vibration without sacrificing performance. Additionally, the pins are recessed into the board, providing a small profile and aiding in the prevention of contact corrosion.

The 4-103148-0-25 provides a wide range of uses in the automotive industry. This connector can be used for the connection of fuel-injection systems and other automotive control systems. It is also commonly found in medical equipment, for example, in the connections of ventilators, blood pumps, and other life-sustaining machines. Its lightweight construction and convenience make it a great choice for many industrial machine designs as well, for example, the wiring of robotic cutting and welding machinery.

In summary, the 4-103148-0-25 rectangular connector is a highly durable and reliable connection for various applications, such as industrial, medical, and automotive systems. The two-piece connector can provide superior performance in environments prone to mechanical shock and vibration. Additionally, the small profile and corrosion resistance make it an ideal choice for many medical and automotive designs.