DF11-20DS-2DSA

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The DF11-20DS-2DSA is an electrical connector with a built-in power connector and dual-sided socket. It is primarily used in applications with high-power requirements, such as in charging ports on electric vehicles. This connector is part of the rectangular connectors family of products, which includes headers, receptacles, and female sockets.

The DF11-20DS-2DSA connector is a 20-pin dual-sided connector, meaning that the two rows of pins on the front and the rear of the connector are both surrounded by insulation each. It is compatible with both the DF11 series pinout style The connector is rated for use with up to 24 volts and at a maximum of 8 amps. This makes it suitable for use in applications that require high-power connections.

When looking at the construction of the DF11-20DS-2DSA, it is composed of two main components: the base and the power pins. The base is where the main contacts are held and consists of a metal casing with two set of pins, separated by an insulated sleeve. The power pins are held in place by channels that run along the side of the connector and can be pushed in and out of their respective positions. The contacts themselves are made from a high-conductivity copper with gold plating for added corrosion and heat resistance.

The working principle of the DF11-20DS-2DSA connector is fairly simple. When two of the contacts are connected, current can be passed from the base to the power pins. As the current passes through the pins, it creates a magnetic field which creates an electromagnetic force that holds the pins in place. This prevent the pins from loosening or becoming disconnected, ensuring a safe and reliable connection between the components.

The DF11-20DS-2DSA connector is widely used in a variety of high-power applications, such as in electric vehicle charging ports and industrial electronics. Its ability to handle up to 24 volts and 8 amps of power makes it suitable for use in applications that require high-power connections. It also benefits from a robust construction, high current rating, and low heat generation, making it a great choice for applications that require reliable, high-power connections.

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