ESQT-130-02-G-Q-368-001

ESQT-130-02-G-Q-368-001 is a type of rectangular connector that belongs to the headers, receptacles, and female sockets category. These types of connectors are designed for use in various electrical applications.

The ESQT-130-02-G-Q-368-001 generally features two mating parts, the header and the receptacle, that can be connected together via a variety of contact plugs. These types of connections are typically found in devices that require an electrical connection between two distinct circuits or system components. Some of the most common applications include computer, instrumentation, communication, automotive, and industrial equipment.

The working principle of the ESQT-130-02-G-Q-368-001 involves a series of pins that make contact when the two mating parts are connected. The pins are pre-placed in the receptacle, and then inserted into the header. The pins create an electrical pathway between the two parts, which allows for data and power to be transferred.

The ESQT-130-02-G-Q-368-001 also features a securement mechanism that ensures the two parts remain securely connected. The securement mechanism typically includes a locking tab on the header, and a latch on the receptacle, which ensures that the pins remain secured during operation. This ensures reliable connections and helps to prevent accidental disconnections.

ESQT-130-02-G-Q-368-001 headers and receptacles may also be designed with various mounting options, such as through-hole or surface mount. This allows for the connector to be placed in a variety of configurations and applications. Additionally, many of these connectors feature color coding schemes that help to simplify installation and ensure proper connections.

Overall, the ESQT-130-02-G-Q-368-001 is designed as an electrical connector for a wide variety of applications. The combination of mating parts, pre-placed pins, securement mechanisms, and mounting options make this type of connector ideal for connecting distinct circuits or components within a device. This ensures reliable and durable performance, making it a popular choice for many applications.