TCSD-06-D-10.00-01-N-R

Rectangular Cable Assemblies

The application field and working principle of the TCSD-06-D-10.00-01-N-R is focused on the category of rectangular cable assemblies. As an important category of cable assemblies, rectangular cables have diverse applications in various fields, as well as a working principle of their own. In this article, we will discuss both the application field of rectangular cable assemblies and their working principle.

Application Field

Rectangular cables assemblies have many different application fields, depending on the size, shape, and temperature ratings of the particular cables employed. In general, these cables can be used in cases where there are space constraints, where heat dissipation needs to be considered, or when a higher bandwidth is needed. Additionally, they can find use in situations that require increased air circulation or current spreading across multiple conductors.

Some of the most common uses for rectangular cable assemblies are in military vehicles, computer and data networks, aerospace industries, medical equipment, defense equipment, and laboratory instruments. As the usage of electronics and wiring in these environments usually require increased air flow and flexibility, it is often the most practical solution to opt for a rectangular cable assembly.

In some cases, rectangular cables are used mainly for aesthetics, as their shape can prove an attractive alternative to regular cables. However, in most cases it is their technical advantages that make them the preferred option in wiring systems.

Working Principle

Rectangular cables assemblies are composed of two flat, thin cables that are twisted together and covered by a thin and flexible dielectric polyethylene boot. This way, the assembly of two or more wires can fit into an even smaller space than a conventional cable. This helps reduce air resistance and the effect of temperature change on the assembly.

The cable insulation is composed of a series of thin strips with a very low thermal conductivity, providing insulation for the conductors. The twisted pair normally have an impedance of over 100 ohms, providing excellent signal integrity in the majority of wire harness applications.

In most cases, the dielectric boot and the strands of the cable are flame-retardant, making them suitable for use in a variety of hazardous environments or in the aerospace industry. Furthermore, the flexibility of the cable allows it to function reliably in a wider temperature range than standard cable assemblies.

Conclusion

In conclusion, we can see that the TCSD-06-D-10.00-01-N-R falls under the category of rectangular cable assemblies. These assemblies have a variety of applications, ranging from military vehicles to medical equipment, and a working principle consisting in a combination of thin, flat cables twisted together and encased by a flame-retardant dielectric boot. This makes it a good choice when flexibility and insulation are of the utmost importance.