2164-48-01-P2

2164-48-01-P2 (also known as Standard Height Dual Row Straight Receptacle) belongs to the category of rectangular connectors - headers, male pins. It is a type of connector which consists of a body, two rows of metallic pins and a cover. It is widely used in industrial applications due to its good electrical properties, mechanical and environmental properties.

The body of 2164-48-01-P2 is made from polystyrene dielectric material which provides excellent contact resistance, high temperatures stability and high insulation resistance. It also has good thermal conductivity and can easily fit different applications. The pins are manufactured with a bright electroless nickel finish which provides excellent corrosion resistance and gives a high level of surface conductivity. The cover is made of polypropylene which gives excellent protection against dust, moisture and corrosion.

The working principle of 2164-48-01-P2 connector is simple, reliable and easy to understand. It works on the principle of electrical continuity between the pins on the connector. The pins make contact with the opposite pins inside the body of the connector. In case of different voltages, insulation must be provided between the pins. This is done through the use of a dielectric material that is made up of plastic or other non-conductive materials. When voltage is applied, current flows through the pins and a steady electrical connection is established.

2164-48-01-P2 rectangular connectors are used in applications such as industrial electronic systems, medical electronics, aerospace, automotive, defense and communications. Its rugged design, low cost and high performance makes it ideal for many different types of applications. Due to its superior design and performance, it is widely used in a variety of applications, such as data communication, RF systems, power supply, industrial control systems, automotive systems and medical electronics.

The 2164-48-01-P2 connectors provide excellent electrical performance, stability and reliability, which make them ideal for many different types of applications. They are used in a variety of industries such as medical electronics, aerospace, automotive, defense and communications. Their rugged design, low cost and high performance makes them ideal for many different types of applications.