20-024-212

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

Rectangular cable assemblies play a major role in a wide range of applications and are used for a number of purposes. This article will explore the 20-024-212 application field and working principle of rectangular cable assemblies and why they are the preferred choice for so many applications.

The 20-024-212 number identifies a type of cable assembly consisting of two printed circuit boards (PCBs) separated by an insulative material, such as Mylar or polyvinyl chloride (PVC). The PCBs are connected together using conductive elements, such as crimp terminals, pins, or a combination of both, which electrically connect the two boards together and provide a secure and reliable connection for data and/or power transmission.

Because of its reliable connections, the 20-024-212 type of cable assembly can be found in a variety of applications. One example is in the avionics industry, where the cable assemblies are typically used to interconnect the core avionics to the radios and sensors. In this field, the primary application of the cable assemblies is for data and power transfer.

The 20-024-212 cable assemblies can also be found in the military and aerospace industry. These cable assemblies are designed and manufactured to meet the stringent requirements of environments with extreme temperature, vibrations, and shock. Military and aerospace 20-024-212 cable assemblies also feature a wide range of robust features, such as, high-temperature insulation, robust strain relief, and ESD protection, as well as flexible cable routing.

In the industrial sector, these cable assemblies are used for data and power transfer in a wide variety of equipment. This includes robotics, machine vision, automated test systems, and a host of other applications. The key features in these applications are durability, longevity, and reliability.

The 20-024-212 cable assemblies also offer a number of advantages over traditional wire-based cabling solutions. Firstly, they are much smaller and lighter than a wired equivalent, making them easier to install and manage. Secondly, cable assemblies also provide significant cost savings, as they require fewer components to manufacture, as well as a shorter production cycle.

To achieve their reliable performance, 20-024-212 cable assemblies use a number of different procedures. The components of the assembly are first measured and inspected, before being joined together using a soldering process. Once the components are soldered together, they are further tested and inspected to ensure they will meet or exceed the desired performance specifications. The assembly is then encapsulated in a protective covering and subjected to rigorous environmental testing to confirm the reliability of the connection.

The 20-024-212 cable assemblies come in a wide variety of shapes, sizes, and configurations. The most common is the flat cable, which provides a low profile and easy installation. However, other types, such as the curved, multi-conductor, and twisted pair cable designs, are also available for different applications. Additionally, a wide range of connectors, such as D-Sub, RJ45, and USB, can also be fitted to the cable, providing additional versatility.

In summary, the 20-024-212 application field and working principle of rectangular cable assemblies have been discussed. These cable assemblies are a popular choice for applications that require reliable, durable, and secure connections, due to their small size, lightweight construction, and cost savings when compared to traditional wire cabling solutions. Additionally, by adhering to detailed inspection and environmental testing procedures, these cable assemblies provide a reliable and secure connection for data and/or power transmission.

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