ESQT-139-02-F-D-680

The ESQT-139-02-F-D-680 is a rectangular connector, specifically in the category of headers, receptacles, and female sockets. This type of connector provides a reliable and secure connection point between two separate components, by maintaining a tight hold and electrical continuity.

The ESQT-139-02-F-D-680 is generally used as a header, which provides the connection point for a variety of different electrical systems, such as in circuit boards, electronic equipment, or cable assemblies. The header can be mated to a variety of other compatible connectors, depending on the application it is being used for.

The ESQT-139-02-F-D-680 header has a 2mm pitch, meaning that there are 2mm gaps between each set of columns in the connection point. It is designed to be used for applications where reliability, secure connections, and minimal resistance is required. The header is composed of two sections, the header and the receptacle. The header consists of a set of pins and contacts which mate with the corresponding receptacle.

The header section of the connector is designed to provide a secure connection between two components. Each pin is inserted into its corresponding receptacle, and then a locking mechanism is used to ensure that the pins remain in place. At the same time, the receptacle is designed to provide electrical continuity between the two components, so that the device will function correctly when assembled.

Other features of the ESQT-139-02-F-D-680 include a contact with reliable gold-plating, an operating temperature of -40°C to +105°C, and a maximum contact resistance of 2mΩ. It is also designed to be resistant to vibration and shock, and is UL94V-0 approved.

In conclusion, the ESQT-139-02-F-D-680 is an ideal rectangular connector for applications in which secure connections, minimal resistance, and reliable electrical continuity are required. It is composed of two sections, the header and the receptacle, and is designed with features such as reliable gold-plating, an operating temperature range of -40°C to +105°C, and a maximum contact resistance of 2mΩ.