FFSD-16-D-04.00-01-N

Rectangular Cable Assemblies, including FFSD-16-D-04.00-01-N, are used in a variety of applications. This type of cable assembly combines two features – a flexible and rugged outer insulation layer and a stranded inner conductor. The inner conductor, made of such materials as stainless steel, tinned copper, or copper plated steel, is held in place by the flexible outer layer. Depending on the application, the outer layer may be composed of neoprene, polyurethane, thermoplastic, or fiberglass.

FFSD-16-D-04.00-01-N is one of the most common types of cable assemblies. It features four conductors – four strands of #16 AWG insulated wires, each of the four color-coded conductors having a 0.04” inside diameter and an overall outside diameter of 0.16”. The length of the assembly is approximately 1 foot and the maximum allowed operating temperature is 60 degrees Celsius.

FFSD-16-D-04.00-01-N is ideal for use in a variety of industrial electronic applications. It is designed to meet UL and CSA automotive temperature requirements and has excellent electrical performance. The flexibility of the cable allows for the assembly to be easily routed through complex structures and tight spaces. In addition, its rugged outer insulation makes it perfect for both harsh and demanding environments.

The working principle of FFSD-16-D-04.00-01-N is quite simple. The stranded inner conductor is held together by the flexible outer layer of insulation. This enables electricity to flow rapidly and efficiently through the conductor. The conductor acts as a path for electrons to pass through, enabling the transfer of energy from one location to another. In addition, the outer insulation helps to protect the inner conductor from environmental and other forces, such as vibration.

FFSD-16-D-04.00-01-N is an example of one of the many cable assemblies that can be classified as rectangular cable assemblies. This cable assembly has a variety of applications, including in industrial electronics and harsh or demanding environments. Its working principle can be summarized as a stranded inner conductor held together by a flexible outer layer of insulation, enabling efficient and safe energy transfer throughout the assembly.