ESQT-150-02-H-Q-478

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The ESQT-150-02-H-Q-478 is a rectangular connector that belongs to the header, receptacle, and female sockets family. Most such connectors are used in industries for connecting circuit boards, cables, and electronic systems externally. These connectors have rectangular housings that are made from high-temperature thermoplastic or die-cast metallurgy with multiple parts, pins, and accessories.

The electrical characteristics and operation of the ESQT-150-02-H-Q-478 work on the principle of electrical conduction. This connector allows external devices, such as capacitors, transistors, and other components to be electrically connected. Every external device or component is held steady, and connected with the corresponding connector.

This rectangular connector has an extremely wide range of applications, some of which include the semiconductor, appliance, automotive, telecommunications, medical equipment, and industrial markets. The ESQT-150-02-H-Q-478 is designed to meet a multitude of different requirements and standards, such as insulation resistance, dielectric strength, mating cycles, rated current, and contact resistance.

The datasheet for the ESQT-150-02-H-Q-478 publishes specifications for the electrical and mechanical characteristics, with particular attention given to performance and durability. It states that the nominal current rating for this connector is 6 amps, the contact resistance is 30 mohms, the dielectric withstanding voltage is 250 volts, and temperature range is from -40 to +100 degrees Celsius. All of these specifications work together to ensure reliable performance and lifetime.

The ESQT-150-02-H-Q-478 is a reliable, good quality connector that is designed to last and be durable. It features an execution that is secure, easy to use, and free of maintenance. This connector has a wide variety of applications and can be used for many purposes in many different industries. With the right requirements and the right design and implementation, this connector has the capability to provide efficient performance.

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