DAM11X1PNA222 Connectors, Interconnects

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D-Sub connectors are a type of electrical connector used on many kinds of electronic devices, from modern computers to other related applications. One particular example is the DAM11X1PNA222, a D-Sub connector specifically designed for applications involving high power and precision signal connections. This article will look at the application field and working principle of the DAM11X1PNA222.

The DAM11X1PNA222 is a high-power connector designed for applications that require high current capacities up to 30 amps. It has contacts that are gold-plated to ensure reliable connections and can be used in contact-critical applications such as safety-critical systems and electrical power delivery. Additionally, the connector has a support frame to provide extra strength during the connection process and it has a unique four-finger contact design that provides a high level of contact density and contact area, which helps prevent the disruptive effects that can be caused by arcing and wear at high current levels.

The DAM11X1PNA222 is designed to handle a wide variety of signals, including audio, power, and control signals. The gold-plated contacts of the DAM11X1PNA222 also offer superior performance and reliability in a wide variety of applications. The contacts are capable of supporting data rates up to 10 Mhz, and can handle temperatures up to 200°C. Moreover, the connector can handle data rates in the range of 4 Gbps, which makes it suitable for high-speed applications such as Gigabit Ethernet.

When it comes to the working principle of the DAM11X1PNA222, it operates by transferring electrical force from one point to another via a conductor. This means that the electrical power travels from the source (power supply) through the electrical connector and into the device that is to be powered. The contact between the power supply and the connector is created when the contact surfaces of the connector (usually a pin or a socket) are compressed down onto the mating surface of the power supply. This creates an electrical current that then passes through the connector and into the device, providing power to it.

In addition to the power transfer, the connector’s design also helps to ensure reliable connections by blocking any kind of interference from entering the connection. This is done through the contacts, which are typically made from a conductive material and feature a very low electrical resistance. This low resistance helps to prevent the interference from entering the connection, thus ensuring reliable and error-free connections.

To sum up, the DAM11X1PNA222 is a high-power connector designed for applications that require high current capacities up to 30 amps. Its gold-plated contacts provide superior performance and reliability, while its four-finger contact design ensures high contact density and contact area, which helps prevent the disruptive effects of arcing and wear at high current levels.The connector is suitable for a wide variety of signals, including audio, power, and control signals, and is capable of handling data transfer rates up to 10 Mhz and temperatures up to 200°C. Its working principle involves transferring electrical force from one point to another via a conductor, and its design also helps to ensure reliable connections by blocking any kind of interference from entering the connection.

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