ESQT-134-03-F-T-408

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ESQT-134-03-F-T-408 is a type of rectangular connectors with headers, receptacles and female sockets. They are standardized connectors often used in electrical assembly and mechanical interconnections with small size and elegant design.

The ESQT-134-03-F-T-408 consists of three parts: the header, the receptacle and the female socket. The header consists of a metal nib with built-in pins. It is designed to engage with the receptacle of the mating connector which has receptacle slots. The header then slides into the female socket which is equipped with two grooves for gripping and aligning the receptacle. This ensures a secure connection between the two connectors.

The ESQT-134-03-F-T-408 provides a robust connection which is capable of sustaining shock and vibration. It also has a good resistance to corrosion which contributes to enhanced electrical performance. In addition, the rectangular connectors are protected from EMI/RFI shielding with its plated outside walls.

These connectors are widely used in a variety of applications such as computers, monitors, wireless communication devices, validating systems, analyzers, robotics and automotive electronics. They are ideal for small form factor designs as the ESQT-134-03-F-T-408 has a small size to fit even the most challenging space constraints.

The working principle of the ESQT-134-03-F-T-408 is pretty simple. When you connect the two connectors together, the pins of the header insert into the slots of the receptacle. This ensures that the two connectors are securely connected. After that, the header slides into the female socket and the two grooves securely grip and align the receptacle. Then the connection is sealed and the connection is ready for use.

Overall, the ESQT-134-03-F-T-408 is a type of rectangular connector with headers, receptacles and female sockets. It enables a secure connection which is capable of sustaining shock and vibration. It is also corrosion resistant and EMI/RFI shielded, making it suitable for a variety of applications. The working principle of the connector is quite straightforward, making it a reliable and cost-effective solution for small form factor designs.

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