ESQT-110-02-F-D-373

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ESQT 110-02-F-D-373 rectangular connector Header, Receptacle and Female Socket have an extensive range of applications across a variety of industries. From medical to automotive, these connectors are used for connecting multiple circuits, protecting and connecting from external electrical interference, as well as signal and power transmission.

The female socket provides a secure connection between components. A female socket is a device with a number of pins that is designed to accept a mating male pin and provide electrical connectivity between the two. A female socket is a component of several different electronic components, such as a connector, relay, circuit breaker, or switch. The sockets are also designed to fit different types of pins and wires. Female sockets are available in several different configurations and sizes.

The headers are used as the primary connection points for the two components to be connected. Depending on the application, they may have a variety of configurations such as two- or three-row headers, or ultra-fine pitch (UFP) header and receptacles. The headers are typically made from a variety of materials such as plastic, metal, or rubber. Furthermore, depending on the application, the headers may also have different plating configurations to ensure optimal signal integrity and contact durability.

The receptacles are designed to receive a mating connector or header that is inserted into it. They can be either two-row receptacles or three-row receptacles. The receptacle is typically constructed from a variety of materials such as plastic, metal, or rubber. The receptacle is also designed with different plating configurations to ensure maximum signal integrity and contact durability.

The ESQT 110-02-F-D-373 rectangular connector offers superior performance in terms of signal integrity, contact resistance, and electrical isolation. These connectors are designed with advanced technologies such as multiple beam, point contact, and zero hole technology to ensure maximum signal integrity and contact durability. Furthermore, they are designed with specialized plating techniques to ensure maximum electrical isolation. Additionally, the connectors are available in two pin, three pin, and four pin configurations and are capable of a wide variety of applications.

The working principle of the ESQT 110-02-F-D-373 rectangular connector involves connecting two components with a pin or header. A pin is inserted into the female socket and a header is inserted into the receptacle. The pins and headers are designed with advanced technologies and plating configurations to ensure maximum signal integrity and contact durability. When the header and pin are connected, a signal is transmitted through the connector and the components are electrically connected. The contact resistance and electrical isolation between the two components are also improved with the use of specialized plating.

In conclusion, the ESQT 110-02-F-D-373 rectangular connector is a versatile device that is used in a variety of applications across different industries. It is designed with advanced technologies and plating configurations to ensure maximum signal integrity and contact durability. Additionally, the female socket and receptacles are designed to ensure maximum electrical isolation between the two components. The working principle involves a pin or header being inserted into the female socket and a header being inserted into the receptacle and a signal is transmitted through the connector to complete the connection.

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