ESQT-111-03-G-D-345

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The ESQT-111-03-G-D-345 is a type of rectangular connectors typically used in computers, telecommunications, and instrumentation equipment for a wide variety of applications. It is a type of header and receptacle, and is made of a dielectric elastomer which provides a tight fit between the mating parts. It is also available in female socket configurations.

The ESQT-111-03-G-D-345 has a insulation that measures approximately two millimeters, making it an ideal option for high-impedance applications. It is designed for use with 3mm wire, providing excellent quality connections and maximum flexibility. The design is also versatile and can be used in a variety of configurations, making it a great choice for applications that require a wide variety of configurations.

The working principle of the ESQT-111-03-G-D-345 is simple and operates by enclosing metal parts in the insulation material. The metal parts are then pushed together, and the insulation material helps to form a tight seal between them, providing a solid connection. The conductors are then firmly secured with a locking mechanism that ensures that the wire cannot be pulled out. Additionally, this locking feature also helps to prevent any shorts or other electrical issues.

The insulated header of the ESQT-111-03-G-D-345 makes it suitable for high density and automated equipment applications. It also offers a high degree of vibration resistance, which is beneficial for high-traffic or turbulent environments. The header is also resistant to water and other liquids, making it ideal for marine and wet-environment applications. Additionally, the design has a high resistance to corrosion and rust.

The combination of the insulation material, locking mechanism, and the vibration-resistant header makes the ESQT-111-03-G-D-345 an excellent choice for a variety of applications. It is reliable, versatile, and offers superior quality and flexibility. It is an ideal option for use in computers, telecommunications, instrumentation, and other applications that require a robust, high-density connection.

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