ESQT-104-03-G-T-378

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Rectangular Connectors - Headers, Receptacles, Female Sockets are yet another type of interconnecting solution that are available to designers. They usually feature an electrical connector on one side, in the form of a plug, such as the ESQT-104-03-G-T-378, and a corresponding receptacle on the other, allowing two male connectors to be mated.

The ESQT-104-03-G-T-378 is a type of electrical female socket that features 104 pins on its connector interface, arranged into 3 rows. It is equipped with a 2.54mm pitch, and is manufactured according to the requirements of the IEC 61076-3-106 standard. This type of connector is designed for use on Printed Circuit Boards (PCBs), but can also be mounted onto a chassis or panel. In addition, a combination of headers and receptacles can be used together to create more complex interconnects.

The primary purpose of the ESQT-104-03-G-T-378 is to provide a reliable way of connecting two electronic components. This connector is particularly well suited for applications where a low-profile design is required, and the limited space inside a device housing does not allow for the use of a larger connector. Additionally, the connector’s contacts are rated to 3A, and the termination type is press-fit, which means that it can be connected and disconnected multiple times with minimal wear.

The working principle of this female socket is based on an arrangement of male pins that fit into female contacts. When the male and female pins are mated together, they form an electrical connection that can be used to transfer power or data from one device to another. In addition, the contacts of the ESQT-104-03-G-T-378 connector are held in place by a retention clip, which ensures that the mating process is secure, and helps to avoid accidental disconnects.

The ESQT-104-03-G-T-378 is a versatile connector that can be used in a wide range of applications, including those in the automotive, industrial, and medical fields. Its robust design and electrical properties make it suitable for use in high-performance systems, and in demanding environments. Additionally, by combining this connector with female headers or receptacles, various configurations of interconnects can be created, allowing for the development of compact systems with multiple connection points.

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