PEC23DADN

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PEC23DADN Connector system is a highly reliable, low-emission, shielded, rectangular electrical connector system that is used in high-speed EMC/EMI applications. The PEC23DADN system is composed of two parts, a female connector and a male pin. The female connector uses a screw-in pin to fasten the cable to the module, while the male pin has a snap-lock plug on top for easy insertion and removal of the cable. This type of connector is extremely durable and is suitable for applications that require high electrical performance and reliable connections. PEC23DADN connectors are also very cost-effective and can save users money over time.

The male pin of the PEC23DADN system has a length of 2.5mm and a width of 1.27mm and is available in a variety of colors. This type of pin is designed to be inserted easily into the female connector, thus making it ideal for high-speed and EMC applications. The female connector of the system has an overall length of 8.0mm and a width of 6.5mm. It is used to secure the cables to the motherboard and offers a secure connection between the two.

The PEC23DADN system can be used in a variety of applications, including industrial automation, energy management, wire harnessing, and RF applications. In industrial automation, PEC23DADN connectors are used to connect I/O signals, sensors, relays, and motors within an environment. Additionally, these connectors are used to provide power and data connections to equipment and devices. In energy management applications, the connector is used to provide reliable connections between solar and wind energy sources and energy controllers.

The working principle of the PEC23DADN system is based on electromagnetic compatibility, which is a method of preventing interference from external sources. This is achieved through the implementation of shielded wires, which reduces signal interference from external sources. The shield, which is composed of aluminum or tinned copper, is connected to a metal ground via a braid. This shield serves to attenuate signal interference from external sources, making it easier for the signal to travel within the system without interference. Additionally, the shielding also reduces crosstalk, which is the unwanted transfer of signals between two or more systems.

The PEC23DADN system has many advantages, such as high speed transmission, strong electrical performance, and low emissions. These advantages make the system extremely reliable and cost-effective for applications that require high-speed and EMC/EMI protection. For optimal performance, PEC23DADN connectors should be used in accordance with the manufacturer’s instructions.

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