ESQT-108-02-G-S-650

ESQT-108-02-G-S-650 is a type of rectangular connector. It is part of the group of headers, receptacles, and female sockets. The purpose of this connector is to enable secure connections between a circuit board and other items, as it is designed to either accept or pass through signals from one point to another.

ESQT-108-02-G-S-650 has a single row of 10 pins that are spaced 2.54 mm apart. It features gold plated contacts, a UL94-V0 rated thermoplastic housing, and RoHS compliance. The housing is designed to provide better protection from electrical interference, and the gold plating prevents contact corrosion. The connector is also designed to withstand the harshest of environments, and its insulating properties make it suitable for a number of applications.

The most common applications for ESQT-108-02-G-S-650 are in communications and data transfer applications. The connector is used to transfer signals from a computer or device to another. It is also used in certain medical devices and other types of medical equipment. It is also used in automotive circuits and other applications where robust, reliable connections are required.

The working principle behind the ESQT-108-02-G-S-650 is simple, yet effective. The connector provides a secure connection between two circuits by passing signals through the pins in the connector. The pins provide electrical conduction between the two circuits by transferring signals between them. The pins are also designed to reduce electrical interference from external sources, such as environmental factors, and ensure that the signal is only transferred between the two circuits intended.

In summary, the ESQT-108-02-G-S-650 is a type of rectangular connector and part of the group of headers, receptacles, and female sockets. The connector is designed to provide secure connections between a circuit board and other items, and is commonly used in communications, data transfer, medical, and automotive applications. The working principle behind the connector is simple, yet effective, as it provides electrical conduction between two circuits by transferring signals through the pins.