CLP-104-02-S-D

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The CLP-104-02-S-D is a popular type of rectangular connector used in many applications including computer engineering, consumer electronics, and automation systems. It is often used in a wide variety of high-precision systems and control environments. This connector supports the use of standard plug-in mating connectors.

The connector consists of two parts: a male (also known as a header) and a female (also known as a receptacle) socket. The header consists of all the pins, which are inserted into a corresponding number of female sockets. The female socket consists of sockets to accommodate the pins.

The main advantage of the CLP-104-02-S-D is the ability to maintain a firm connection when used in high-precision systems. The pins and female sockets are designed to maintain a secure connection in the presence of vibrations or other sources of shock. It is also highly resistant to corrosion and prevents any damage to the pins. This combination of features makes it an ideal connector for various types of applications.

The CLP-104-02-S-D is equipped with an anti-vibration locking system. This locking system helps to provide a secure connection and prevents any disruption caused by vibration or shock. In addition, it is designed with a tight seal which prevents any moisture or airborne particles from entering the pin and socket connection.

When designing electrical circuits or electronic components, the CLP-104-02-S-D can be used to support both power and data connections. For power connections, it is designed to provide a high-current rating, and the pin and female connector are designed in such a way that they can accommodate a larger than usual amount of current. For data signals, it provides a wide range of signal options, including low-voltage LVDS, I2C, serial, parallel, and CAN.

The CLP-104-02-S-D is a popular choice for many types of applications because of its wide range of features. It is designed for quick and easy installation, and is capable of providing a solid and reliable connection. It is also highly resistant to corrosion and dust. In addition, it is designed to support a wide range of signal types, from low-voltage LVDS to high-speed CAN. All of these features make it an ideal choice for applications where a firm, reliable, and secure connection is required.

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