IPL1-112-01-H-S-RE1-K

Rectangular connectors, such as the IPL1-112-01-H-S-RE1-K, are a type of electronic components used to join two or more electrical circuits together. They come in a variety of shapes and sizes, and are made up of pins, pinshields, and insulators.

The IPL1-112-01-H-S-RE1-K is considered a header male pin connector. Headers, such as this one, are generally single-row connectors with a varying amount of pins, usually upward of four. Male pins are the typical connector used for headers and are a type of single or multiple contact pin that can either be soldered or pressed into a female connector. Male pins are the most common type of connector found in electrical circuits as they offer excellent electrical and insulation properties.

The IPL1-112-01-H-S-RE1-K connector has a maximum current capacity of 5A and a voltage rating of 250V. It consists of a single row of 11 male pins, four insulators, and two pin shields. This particular connector is designed for use in a range of applications, including computers, including cases and expansion slots, communications systems, medical and industrial equipment, automotive applications, and solderless breadboard circuits.

The working principle of the IPL1-112-01-H-S-RE1-K is based on the electrical connection between two internal sets of pin contacts. The connector consists of the male pins, the insulators, and the pin shields. The internal contact of the male pin contacts is made of a conductive material such as copper or brass, while the external contact is typically made of an insulating material such as rubber, plastic, or vinyl. The pin shields are made of a conductive material that is connected to the metal base or housing of the connector. The connection is fused together with the soldering process.

The header male pin connector is a versatile and effective connection method that is highly reliable and offers superior electrical and insulation properties. The IPL1-112-01-H-S-RE1-K is suitable for a wide variety of applications, and its design ensures that electrical signals are accurately transferred across the connection.