960266-6202-AR

Rectangular Connectors - Headers, Receptacles, Female Sockets

The 960266-6202-AR is a rectangular connector with high-temperature insulation materials, which has applications in high-power, high-temperature industries. It consists of a header, a receptacle, and a female socket which are used to connect to electrical devices. There are two different types of rectangular connectors: one is a single-row socket while the other is a double row socket. The pinout configuration of both types of connectors is the same, and they are designed for a wide range of electrical devices.

This type of rectangular connector features a modular design that is cost-effective and efficient. It allows for easy installation and maintenance. In addition, the 960266-6202-AR has high dielectric strength, superior contact retention and vibration resistance, and excellent solderability and crimping. It is suitable for high voltage, high current and high temperature applications. Furthermore, it is also resistant to moisture, vibration, temperature changes, and electrical shocks.

The header of the 960266-6202-AR consists of several pins located in slots. The pins are usually made of gold or silver, which have excellent conductive properties. The header also contains a slot where the female socket is inserted. The receptacle is mounted on a circuit board and is designed for plugging in the header. The female socket then plugs into the header and serves as a connection point for wires.

The working principle of the 960266-6202-AR consists of the pins connected to the circuit board, while the female socket connects the wires to the pins. When electricity passes through the wires, it passes through the pins of the header, receptacle and female socket. This creates electrical signals which can then be used for controlling or transmitting data. The electrical signals are then converted into digital signals and then transmitted to their intended destinations.

In conclusion, the 960266-6202-AR is a rectangular connector with high dielectric strength, superior contact retention, and excellent solderability and crimping. It is suitable for both high voltage and high current applications, and its modular design makes it cost-effective and efficient. The header, receptacle, and female socket make up the connector, and they are used to connect electrical circuits together and transmit data.