ESQT-128-02-G-Q-800

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The ESQT-128-02-G-Q-800 is a form of rectangular connector. It is a header style, also known as a receptacle or female socket connector. These are versatile components that are used in many types of electrical connections or to provide a secure, dependable connection to other components.

The outer shell of the ESQT-128-02-G-Q-800 is made of chrome-plated brass. This material provides excellent corrosion resistance and durability in most environments. The contact pins are often constructed with copper alloy, which can provide superior electrical conductivity and heat dissipation. Some headers may also be designed with a pin socket that is integrated into the components, allowing for easy connections.

The ESQT-128-02-G-Q-800 is designed for use in a variety of applications, including automotive, industrial, and consumer electronics. In automotive applications, they are most commonly used in ignition systems to provide a quick and reliable connection from the ignition coils to spark plugs. In industrial applications, they are widely used in motor control, as well as for powering various equipment such as pumps and valves. In consumer electronics, they are used to provide a secure connection between components such as antennas and cables.

The working principle behind the ESQT-128-02-G-Q-800 is fairly simple. When two of the pins are aligned and pushed together, the spring-loaded contact points create an electrical connection. This connection allows for signals and power to flow freely between the devices. Additionally, the electrical connection is secure and dependable, and the components are durable enough to withstand frequent use.

Overall, the ESQT-128-02-G-Q-800 is an ideal choice for applications that require a secure, dependable connection. It is available in a variety of sizes and configurations, making it a versatile and flexible component. The chrome-plated brass construction ensures durability and corrosion resistance, and the copper alloy contact pins provide superior electrical conductivity and heat dissipation.

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