ESQT-126-02-F-D-640

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The ESQT-126-02-F-D-640 is a type of rectangular connector used in electrical wiring assemblies. It is a header or a receptacle female socket. This type of connector is typically used in high density electrical assemblies and in computer and telecommunications applications. It is made up of two parts: the header, which is a male type connector, and the receptacle, which is a female type connector. The two parts are connected together using a series of pins and a small amount of soldering.

The ESQT-126-02-F-D-640 is a type of female socket that is commonly used in high electrical assemblies due to its high density. This type of connector has a pitch of 0.063 inch and a pin size of 0.022 inch. It is a vertical connector with a board-to-board mounting configuration. It features two rows of pins and two sets of terminals. Each of the pins is connected to one of the terminals and is connected to the other terminal using a short wire. The connection between the two pins and the terminals is made using a soldering process.

The design and construction of the ESQT-126-02-F-D-640 makes it especially suitable for applications where high levels of electrical current are necessary. It also has a high level of reliability and durability, which makes it suitable for long-term use in electrical assemblies. Additionally, the ESQT-126-02-F-D-640 is designed to be resistant to mechanical vibration and shock, making it especially suitable for use in applications that involve a high degree of physical movement.

The ESQT-126-02-F-D-640 is typically used in a variety of applications where a reliable and reliable connection is required. This includes computers, telecommunications equipment and other electronic assemblies that require a high level of electrical current. It can also be used for electrical wiring assemblies for industrial machinery and for the temperature control and protection of electrical components.

The working principle of the ESQT-126-02-F-D-640 is quite simple. When the two halves of the connector are separated, the pins and terminals are connected to form a connecting circuit. This circuit can then be used to send or receive electrical signals from the connected electronic components. The current that passes through the circuit is determined by the resistance of the circuit and the voltage applied to it. When the two halves of the connector are re-connected, the circuit is completed and the electrical signals can be sent or received.

The ESQT-126-02-F-D-640 is an ideal solution for a wide range of applications. Its reliable connection and high current carrying capacity make it an excellent choice for use in modern electrical and electronic assemblies. Additionally, its resistance to mechanical shock and vibration makes it well suited for applications where physical movement is expected. Its durable construction and reliable connection make it a popular choice in many electrical assemblies.

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