ESQT-134-03-M-6-375

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Rectangular connectors, also known as headers, receptacles, and female sockets, are commonly found in just about any electronic device. They are used to facilitate connections between components and other devices, such as LEDs, motors, sensors, and more. The ESQT-134-03-M-6-375 is an example of such a connector, and in this article we will discuss its application field and working principle.

The ESQT-134-03-M-6-375 is a through-hole, two-level pin header connector. This type of connector is commonly used in PCB devices where space is limited. The connector features four pins with a pitch of 3.0 mm, and it is 6.375 mm in length. The pins can be soldered directly to the board, allowing you to easily make connections with other components.

One of the most common applications for the ESQT-134-03-M-6-375 is in the assembly of a microcontroller board. These boards are often used in projects such as robotic arms, remote control robots, and other projects that require complex control. The four pins of the ESQT-134-03-M-6-375 are perfect for connecting the microcontroller to the other components on the board. By soldering the pins directly to the board, you can quickly and easily make the necessary connections.

The main advantage of the ESQT-134-03-M-6-375 is its small size. It is much smaller than other rectangular connectors, such as D-sub and IDC connectors. This makes it ideal for projects where space is limited, such as robotics, as the size of the connector allows for a more compact design. The small size also improves signal quality, as the shorter length of the pins reduces the capacitive effects that can occur when using longer pins.

The ESQT-134-03-M-6-375 works by connecting two points electrically. The pins on the connector are designed to penetrate a conductor, such as a circuit board, for electrical connection. This is done by inserting the pins into the holes in the board and then connecting them with solder. The pins are then held in place by the solder, creating a strong electrical connection between the two points.

The pins on the ESQT-134-03-M-6-375 are designed to be soldered, but can also be crimped. This allows for a stronger connection than soldering alone. Crimping provides additional mechanical stability and can also provide a water-tight seal. The pins are also designed to be unscrewed and removed without damaging the board.

In conclusion, the ESQT-134-03-M-6-375 through-hole two-level pin header connector is a versatile and reliable solution for electronic applications. Its small size makes it ideal for applications where space is limited, such as robotics. The connector works by connecting two points electrically, and can be soldered or crimped depending on the application. With its reliable performance and easy installation, the ESQT-134-03-M-6-375 is a great choice for your next project.

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