IPL1-107-01-H-D-K

Rectangular Connectors - Headers, Male Pins

IPL1-107-01-H-D-K is a rectangular connector, which is made of headers and male pins.

A header in rectangular connectors is an electrical connection device with a rectangular base. It may have several pins and its purpose is to provide an electrical connection between individual points and multiple points. It is also known as a pin header.

Male pins are the pins that plug into the header and the pins have several uses such as carrying electricity, securing two parts of the connector, and providing a good mechanical connection between two standard components.

The application areas of IPL1-107-01-H-D-K are vast and varied. It is used in industrial, electronic, telecom, military, and medical applications. For instance, it can be used for data communication and signal transmission in telecommunication, medical device control, power distribution systems, fan control for computers, and electrical equipment.

The working principle of IPL1-107-01-H-D-K is a simple one. It consists of two components, the header and the pin. Both components have their own electrical and mechanical characteristics. The header part ensures that the male pins press-fit securely and make a reliable contact. The pin part is inserted into the header and the electrical conduction takes place. This combination establishes an electrical connection between two parts which ensure a reliable contact.

IPL1-107-01-H-D-K is made of high-quality materials which are suitable for the high-pressure and high-temperature applications. It is also designed and tested to ensure compatibility with open/closed loop control systems. Moreover, its good vibration-proof properties make the connectors suitable for a wide variety of applications.

IPL1-107-01-H-D-K is one of the most versatile and reliable rectangular connectors available on the market. With its two components, the header and the pin, it can provide a reliable connection in a wide variety of industrial, electronic, telecom, military, and medical applications. It is capable of withstanding high-pressure and high-temperature applications, as well as being vibration-proof.