ESQT-125-02-F-D-505

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Application Field and Working Principle of the ESQT-125-02-F-D-505 Rectangular Connector

Rectangular connectors are used to carry two-way electrical signals through wires. They are made up of a large number of solid pin headers and female sockets. The ESQT-125-02-F-D-505 rectangular connector is designed for high speed connections and is suitable for all types of electrical applications. It can be used in the following fields.

• Telecommunication applications
• Computer peripherals
• Audio and video components
• Industrial robotics
• Automotive applications

This connector is made up of an inner shell with metal contacts that provide the electrical connection. It features two rows of through-hole pins, each containing five contacts. These pins are held in place with the help of metal clip pins that are soldered onto the device\'s base. The connector also features an open short-circuit protection circuit to prevent shorting of the pins.

The working principle of the ESQT-125-02-F-D-505 rectangular connector is simple. The pin headers are connected to the female sockets on the device. When current passes from the pin header to the female socket, electricity flows through the circuit and connections are completed. It also uses an open short-circuit protection circuit to ensure that the pins are not shorted. This circuit prevents any electrical currents from flowing to the circuit if there are any problems in the connection.

The ESQT-125-02-F-D-505 rectangular connector is a reliable and efficient method of connecting two circuits together. Its two-row pin design allows for high-speed transmission of signals while the open short-circuit protection circuit ensures that the pins are not shorted.

The ESQT-125-02-F-D-505 rectangular connector is designed to be used in a range of applications such as telecommunication, computer peripherals, audio and video components, industrial robotics and automotive applications. It has been designed to provide reliable and efficient connections in these fields, allowing for quick and easy troubleshooting.3

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