TCSD-10-D-06.50-01-N-P20

Rectangular Cable Assemblies

TCSD-10-D-06.50-01-N-P20 is a type of rectangular cable assembly that is used in a variety of applications. This cable assembly consists of two flat cables that are connected together to create a single, flexible cable assembly. The primary purpose of TCSD-10-D-06.50-01-N-P20 cable assembly is to transfer electrical signals between different electronic components and systems.

The TCSD-10-D-06.50-01-N-P20 cable assembly is made up of two flat cables each consisting of 8 conductors with a total diameter of 7.50mm. The two flat cables are connected together using a stainless steel welding clamp and a plating sleeve. The two cables are held together using a flexible jacket that is also made up of UL rated thermoplastic rubber. The connectors of the two flat cables are also secured using UL rated thermoplastic seals.

TCSD-10-D-06.50-01-N-P20 cable assembly is designed to meet a number of industry standards such as UL-VW-1, UL-2054, and CSA-22.2 No. 198 standards. This cable assembly has an operating temperature range of -40°C to +80°C and an insulation resistance of over 10,000 MΩ at 20°C. It is also designed to be highly resistant to water, oil, and solvents.

The TCSD-10-D-06.50-01-N-P20 cable assembly is commonly used in a variety of applications that require the transfer of signals between different electronic components and systems. Some of the most common applications of this cable assembly include signal transmission in automotive and aerospace industries, medical equipment, robotics, and telecom systems. The cable assembly can also be used in power tools and computer networks.

The working principle of the TCSD-10-D-06.50-01-N-P20 cable assembly is fairly simple. It uses two flat cables to provide a single flexible cable assembly for signal transmission. The cables are welded together and connected to the connectors using a stainless steel clamp and a plating sleeve. The flexible outer jacket provides mechanical protection and electrical insulation. The connectors are also secured using UL rated thermoplastic seals. To ensure error-free signal transmission, the cables must be properly installed and tested.