ESQT-140-03-M-Q-309

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The ESQT-140-03-M-Q-309 is a multi-contact rectangular connector from the Headers, Receptacles, Female Sockets family.

The ESQT-140-03-M-Q-309 connector consists of a male (or header) part and a female (or receptacle) part. The header part has simple metal pins that protrude from the PCB, and the female part has metal sockets that accept the pins when mated.

The ESQT-140-03-M-Q-309 connector is a mid-range connector with 3 pins, with an overall connector length of 1.4mm. The pins are arranged in a row in a space saving design, making it ideal for space-constrained applications. The connector has a locking system that is foolproof when mated, ensuring reliable performance in high vibration and shock applications.

The ESQT-140-03-M-Q-309 connector is a versatile connector that can be used in a variety of applications. It is commonly used in medical, automotive, telecommunications and industrial applications where multiple contacts are needed in a small space, such as high-speed data signals, control signals and power signals.

The ESQT-140-03-M-Q-309 connector has several different operating mechanisms. In the pin contact system, the pin on the header part forms an electrical contact with the socket on the female part when mated. In the linear contact system, the pins and the sockets do not make contact, but instead create a linear gap between them when mated. This system allows for high-speed data transmission with reduced crosstalk.

The ESQT-140-03-M-Q-309 connector has very reliable contact retention when mated, and the pins are securely held in place to avoid dislodging during vibration. The connector also features a unique tongue-and-groove system, which makes it difficult to misalign the connectors during mating.

Overall, the ESQT-140-03-M-Q-309 is a reliable and versatile connector from the Headers, Receptacles, Female Sockets family that can be used in a variety of applications. It has a locking system for reliable performance in demanding applications, and its unique tongue-and-groove system ensures correct alignment during mating. Its multiple contact systems and reliable contact retention make it ideal for high speed data transmission in tight spaces.

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