MKP385347016JBM2B0

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The diverse range of Film Capacitors provides individual and specific solutions to a variety of applications. Capacitors of this type are made from rolled polyester film, which is coated with a thin film of metal or other conducting material to create a reliable electric field. The materials used to coat the film depend on the desired application and working principle of the capacitor. A good example of this is MKP385347016JBM2B0, which is a polyester film capacitor with metalized coating.

MKP385347016JBM2B0 capacitors are widely used in AC motor control, miniature motor drives, and low voltage control circuits because of their high performance characteristics and their particularly low leakage current. These capacitors offer following features: a 27 μF capacitance value, a 16 VDC rated voltage, an 85°C temperature rating and a self-healing property which allows it to heal itself in case of energy overload.

The working principle of this film capacitor is based on the electric charge stored between two electrodes. In MKP385347016JBM2B0, the two electrodes are made of metalized polyester film. This film is then rolled up and connected to a robust terminal. When the capacitor is connected to a battery or other power source, electric charges start to accumulate when a relative voltage is applied between the two electrodes. The energy accumulates until the relative voltage reaches the rated voltage of the capacitor, usually 16Vdc.

Once the rated voltage of MKP385347016JBM2B0 is applied, it starts to discharge the energy captured into its terminals. This discharge happens instantaneously and the formula used to calculate its self-healing renewable rate is “T=T0 × (1–(C/C0)**N)”, where T0 is the initial time of the capacitor, C0 is its rated capacitance, N is the self-healing exponent and C is the applied voltage.

The design of the outer case of film capacitors such as MKP385347016JBM2B0 is considered to be more superior to standard aluminium electrolytic capacitors. Film capacitors feature robust and isotropic shells which offer balanced protection against shock and vibration. Additionally, these capacitors are resistant to corrosion and do not suffer from plastic cracking due to the continuous heating and cooling cycles which comes with motor controlling. The superior shock and vibration proofing design makes them ideal for use in printed circuit boards without concern for safety.

As far as capitation resistance is concerned, film capacitors generally provide a higher resistance than other types of capacitors due to their superior designs. This superior resistance helps reduce the propagated energy loss when the capacitor is discharging into the circuit, resulting in higher capacitor efficiency. This results in higher performance, reliability and better cost efficient compared to other capacitor types.

In conclusion, MKP385347016JBM2B0 is a high-performance, cost-efficient film capacitor which is ideal for use in AC motor control, miniature motor drives, and low voltage control circuits. Its superior design offers robust protection against shock and vibration while still providing superior capitation resistance compared to other capacitor types. Its low leakage current and renewable self-healing property make it ideal for use in a variety of applications.

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