ESQT-106-03-F-S-400

ESQT-106-03-F-S-400 Connectors are small rectangular connectors found in a variety of applications, from lighting to medical devices, often used to split a current or signal into multiple paths. Typically they consist of a header with three or more pins that connect into a receptacle, female socket or pin connector. While their applications may vary, their basic form and function remains the same.

The ESQT-106-03-F-S-400 Connector is a three-pin connector, designed for use in a wide range of applications. It consists of a header, a receptacle, and a female socket. The header is the portion of the connector that is inserted into the mating connector, typically housing three pins within a plastic housing. The receptacle serves to provide an electrical connection between the header and the female socket, and the female socket provides a contact point to which a device, such as a LED, can be connected.

The working principle of the ESQT-106-03-F-S-400 Connector is quite straightforward. When the header is inserted into the mating connector, its three pins make electrical contact with the receptacle. This in turn provides an electrical connection to the female socket, allowing a device to be connected. Upon completing the electrical connection, the device can then be activated, powering it on and providing it with an electrical current.

The ESQT-106-03-F-S-400 Connector has a wide range of potential applications. In lighting, it can be used to control multiple lighting fixtures from one power source, providing power to a variety of LED products from a single point. In medical applications, the connector can be used to allow a medical device to be connected to multiple control systems, allowing for selective control of a single device. In telecommunications, the connector can also be used to control multiple signals across a variety of devices, allowing for greater control and flexibility with an application.

Overall, the ESQT-106-03-F-S-400 Connector is an invaluable device for a variety of applications. It is small and unobtrusive, allowing it to be implemented into a variety of designs while being relatively simple to install and operate. Furthermore, its three-pin design allows it to easily make electrical contact with a wide range of devices, making it ideal for a variety of applications.