MKT1817210406D

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Film capacitors are unique capacitor products used in a variety of applications, including communications and power equipment, precision instruments, and industrial electronics. One of these products, the MKT1817210406D, is particularly suitable for use in applications such as voltage stabilization, harmonic cancellation, DC link, AC filtering, and power factor correction.

The MKT1817210406D has many features that make it an ideal choice for many applications. First and foremost, it has a great life cycle. Compared to other film capacitors, it boasts a mean time before failure (MTBF) of 314,000 hours, which offers better reliability in long-term applications. In addition, the high surge energy capability allows for the MKT1817210406D to be used in extreme conditions. It can also withstand up to 12,000V in a discharging state, making it an excellent choice for use in demanding industrial environments.

The MKT1817210406D is a metallized polypropylene (MKT) capacitor designed to provide reliable performance in temperatures ranging from -40 °C to +125 °C. It offers a capacitance range of 0.047mf to 4.7 mf, providing extra flexibility for different applications. Furthermore, the MKT1817210406D has a clamped voltage rating of 250VAC, and a rated current of 1.3A. This makes it ideal for applications such as inverter supplies, AC motors, uninterruptible power supplies (UPS), and power supplies in industrial equipment.

The MKT1817210406D has a unique construction that allows for excellent performance. The core is made of a two-layer of dielectric material: a foil coating and a POLYMIX cellulose derivative. The dielectric material is laminated with a conductive film coating, leading to its metallized design. This is then assembled in an encapsulated case, which is usually made of flame-retardant PP or other type of plastics material.

The MKT1817210406D also has a distinct working principle. When a voltage is applied, the foil and its coating will polarize accordingly to produce electric fields. This then creates an internal electric field which is balanced by a Coulombic force. The electric field inside theMKT1817210406Dwill change depending on the applied voltage and the dielectric material. This electric field is responsible for storing the energy that is transferred to the device\'s internal capacitor, allowing for the desired electrical performance.

Overall, theMKT1817210406Dis an excellent choice for a variety of industrial applications. It has a great life cycle and surge energy capability, allowing for reliable performance in tight spaces. It also has a distinct construction, which offers both physical and electrical features. Finally, the device\'s unique working principle ensures that the electrical performance is consistent over time.

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