FFMD-25-D-06.00-01-R

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Rectangular Cable Assemblies are used in a variety of electrical applications. The FFMD-25-D-06.00-01-R is a cable assembly designed to make the connection of power supplies more efficient and efficient than regular cables. The FFMD-25-D-06.00-01-R application field and working principle allows for high current, long runs and large power ratings.

The FFMD-25-D-06.00-01-R consists of two conductors with an insulator in between, forming a two-conductor system. The outer conductor, also known as the shield, is connected to ground in order to guarantee the symmetrical inductance of the conductors. The conductors are shielded and insulated by a foamed plastic that also serves as a vibration damping material. The ends of the conductors are connected to a conducting material that is electrically and thermally insulated from the shield, thus providing electrical and thermal path isolation.

The working principle of the FFMD-25-D-06.00-01-R, also known as the parasitic inductance circuit, is based on the idea that the two conductors can be connected such that their inductances interact in order to reduce the voltage drop due to inductive reactance and provide greater current flow at the output. When compared to standard cables, the FFMD-25-D-06.00-01-R\'s lower inductive reactance allows for higher current capacities and greater efficiency. This helps to reduce power losses.

The FFMD-25-D-06.00-01-R is ideal for applications where the two conductors need to be insulated from each other and for applications where the load requires a higher current capacity than cables with a single conductor. It is also suitable for power supply systems, including motor control systems, converters and inverters.

The FFMD-25-D-06.00-01-R is an electrically safe, reliable and versatile cable assembly that is suitable for many different applications. Its high current and voltage capabilities, low inductive reactance, and vibration damping foam make it an excellent choice for power supplies. With its low impedance, it can also be used to reduce voltage drops due to inductive reactance and provide higher output currents than standard cables.

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