ESQT-134-02-F-D-725

ESQT-134-02-F-D-725 Rectangular Connectors - Headers, Receptacles, Female Sockets

ESQT-134-02-F-D-725 rectangular connectors, also known as headers and receptacles, are used to connect wires and cables between two or more electrical devices, such as computers and audio equipment. The common material of choice for these connectors is typically aluminum, though some models are also available in brass or plastic. They are designed to hold a certain number of pins, typically in the form of four to 6-pin connectors.

Applications

ESQT-134-02-F-D-725 rectangular connectors are used in applications where a reliable and secure connection between electronic devices is required. This includes computers, medical equipment, audio systems, and industrial machinery. It is also commonly used in LED, communications, and automotive applications, as the connectors are capable of withstanding high voltage and operating temperatures.

Working Principle

ESQT-134-02-F-D-725 rectangular connectors work in two main ways. The connectors can either be inserted into one another for connection, which is typically the case in an audio system, or they can be soldered together for a permanent and secure fit. The latter is typically used in electronic equipment which will not require frequent disassembly and reassembly.

When connecting the connectors, it is important to make sure that the pins align correctly and the connection is secure. If the connection is not secure, it can cause shorts in the circuit or break due to contact vibration. Additionally, it is important to make sure that the surface of the connector make good contact with the pins to ensure a good connection.

Conclusion

ESQT-134-02-F-D-725 rectangular connectors are an industry standard for connecting electrical devices. They come in a variety of pin configurations and can be used in both permanent and temporary applications. They offer a reliable connection which is resistant to high voltage and temperatures, and can be connected using either soldering or the insertion method.