CLT-144-02-L-D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

CLT-144-02-L-D is a type of rectangular connector, most often referred to as a header, receptacle or female socket. It is typically used to secure two separate communications systems from unwanted outside interference. These connectors use a single row of pins, or contacts, to connect two devices.

Application Field

CLT-144-02-L-D connectors are primarily used in data communications applications. This includes computer systems, networking applications, instrument control, audio/video equipment, and security systems. The CLT-144-02-L-D connector is also used in various industrial and consumer applications, including robotics, automotive, and digital signage applications.

Working Principle

The working principle of the CLT-144-02-L-D connector is based on two separate and sealed electrical circuits. A single row of electrical contacts, or pins, is used to make the connection between two circuits. These pin contacts are arranged in a linear pattern, which allows for their easy insertion and secure connection. Additionally, CLT-144-02-L-D connectors are designed with a locking system that provides superior stability and ease of use while ensuring that the connection is secure and reliable.

Advantages

One of the main advantages of using CLT-144-02-L-D connectors is their high density. This allows for the simultaneous connection of multiple electrical circuits, which makes them ideal for applications requiring multiple connections. Additionally, the CLT-144-02-L-D connectors provide excellent electrical insulation, while also minimizing risk of cross-talk and interference. Furthermore, the design of the CLT-144-02-L-D connector allows for easy and secure insertion and removal of the pins.

Conclusion

CLT-144-02-L-D connectors are one of the most commonly used rectangular connectors in modern electronics. Due to their design, they provide a highly efficient and reliable connection between two separate circuits. Additionally, their high-density design allows for the simultaneous connection of multiple circuits, making them ideal for data communications and industrial applications.

The specific data is subject to PDF, and the above content is for reference