MPXB564K305G

Film capacitors come in many shapes and sizes and are designed for a variety of applications. The MPXB564K305G is one such type of capacitor. This particular film capacitor is designed for use as a DC-link capacitor in motor drives, motor controllers, and other high voltage equipment.

In terms of construction, the MPXB564K305G is a chip film capacitor. It consists of two terminals and a dielectric which is made of polypropylene film. The terminals of the capacitor are gold plated to ensure a high level of electrical conductivity. The main feature of this type of capacitor is its high dielectric strength and low leakage current, which give it excellent energy storage capabilities.

In terms of its application field, the MPXB564K305G is designed for high voltage applications, such as motor drives, motor controllers, and other high-voltage equipment. It is capable of withstanding up to 11,000 VDC working voltage, which makes it ideal for applications such as DC link capacitors, where it can be used to store energy in a momentary power surge or to provide a steady output voltage.

The working principle of the MPXB564K305G is relatively straightforward. It works in a similar way to other electric capacitors in that it can store energy as an electric charge. When the voltage across the capacitor is changed, the capacitor will release the stored charge and the voltage across its terminals will drop. This release of stored energy is known as the capacitor’s “output power.”

The main benefit of the MPXB564K305G is its high energy storage capabilities. It is capable of storing up to 9,000 joules of energy, which is the equivalent of around 18,000 watt-seconds of energy. This is enough energy to start and stop an electric motor multiple times. As such, the MPXB564K305G is the ideal choice for applications such as DC link capacitors.

In conclusion, the MPXB564K305G is a chip film capacitor designed for use as a DC-link capacitor. It is capable of withstanding up to 11,000 VDC working voltage and can store up to 9,000 joules of energy. Its main benefit is its high energy storage capabilities, which makes it the ideal choice for applications such as motor drives, motor controllers, and other high voltage equipment.