ESQT-114-03-G-Q-393

Rectangular Connectors - Headers, Receptacles, Female Sockets, are components used to facilitate electrical connections between two or more electrical components. They are typically used in the design and manufacture of consumer electronics, computers, automobiles, aerospace, and military devices. The ESQT-114-03-G-Q-393 is a rectangular connector specifically designed for high frequency applications such as RF transceivers and broadcast/navigation electronics.

The ESQT-114-03-G-Q-393 is a two-part, board-to-board connector consisting of a male header and a female socket. The male header has two rows of twelve pins, each with a gold-plated contact for reliable and secure connection. The female socket has fourteen pins, with four of them in the inner row and ten in the outer row. The female socket also includes two grounding tabs on either end of the outer row of pins.

The contact density of the ESQT-114-03-G-Q-393 connector is high, enabling it to support a maximum current of two amps. Its small size, 3.31mm x 29.10mm, allows it to be easily integrated into a circuit board. The ESQT-114-03-G-Q-393 connector is designed to withstand temperatures ranging from -65°C to +150°C.

The working principle of the ESQT-114-03-G-Q-393 connector is simple. The male header pins insert into the female socket and are held in place by means of a locking mechanism. The resilient female socket then grips the male pins, providing a secure and reliable electrical connection. The grounding tabs ensure that any static electricity is safely discharged.

The ESQT-114-03-G-Q-393 connector is ideal for high frequency applications that require low crosstalk, high operating speed, and minimal signal loss. It is also suitable for use in applications that require reliable electrical connection in harsh environments. Examples include digital and analog communication systems, radio and telcom equipment, computer networking, and navigation and broadcast systems.

Overall, the ESQT-114-03-G-Q-393 connector is a reliable solution for a wide range of high frequency applications. Its small size, high contact density, and reliable connection make it an ideal choice for digital and analog communication systems, computer networking, and navigation and broadcast systems.