TCSD-25-D-03.25-01-N

Rectangular Cable Assemblies are a broad category of cabling assemblies, which can be used in a variety of applications. The TCSD-25-D-03.25-01-N is a type of rectangular cable assembly, designed for use in a specific application field and based on a specific working principle. This article will discuss the application field and working principle of the TCSD-25-D-03.25-01-N.

Application Field

The TCSD-25-D-03.25-01-N is designed for use in industrial settings where high temperatures and high levels of mechanical stress are encountered. The assembly’s construction is such that it can withstand temperatures up to 900 degrees Fahrenheit, and is rated for up to 350 psi of mechanical strength. This makes it well-suited for use in environments such as automotive, aerospace, and military applications, as well as in industrial or scientific settings.

Working Principle

The TCSD-25-D-03.25-01-N operates based on a connector shield system. This system creates a 5-way shield system along the length of the cable. This helps to ensure that the cable remains protected from interference, and prevents the passage of any high levels of voltage or current that could adversely affect the electrical performance of the cable. The cable is also shielded against the effects of external electrical noise, which can reduce the signal quality of the cable.

In addition to the 5-way shield system, the TCSD-25-D-03.25-01-N also employs a high-density woven copper shield. This shield helps to further reduce interference, both from external sources and from other parts of the assembly. The woven copper shield helps to ensure that the cable maintains its rated electrical performance, even through extreme temperature conditions.

The TCSD-25-D-03.25-01-N is a type of rectangular cable assembly designed for use in a variety of industrial settings. The assembly has a 5-way shield system and a high-density woven copper shield, which helps to ensure that it is able to withstand high temperatures and maintain its rated electrical performance. This makes it ideal for use in harsh environments, such as automotive, aerospace, military, industrial, or scientific settings.