SMC5.7103J100J33TR12

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Film capacitors are one of the main components used in a variety of applications due to their performance and durability. SMC5.7103J100J33TR12 is a type of film capacitor that is widely used for power and energy storage applications. Its applications range from high-voltage energy storage, motor control and motor drives to AC/DC main step-down converters.

The SMC5.7103J100J33TR12 has a rated voltage of 100 volts, a capacitance of 3.3 micro-farads and a dielectric thickness of 12.5 mm. The SMC5.7103J100J33TR12 is a bipolar non-polarized capacitor with double sided silver-plated metalized polypropylene film. Its dielectric structure is composed of a two-plate overlapping capacitor with two alternating layers of Silver-plated polypropylene films and a dielectric film between them.

The working principle of the SMC5.7103J100J33TR12 is based on the dielectric charge storage capacity of the two alternating layers of metalized polypropylene films. When a voltage is applied across the two layers, the electric field induces a charge on the dielectric film that forms a dielectric capacitance between the two metalized films. This dielectric capacitance is the main source of the energy storage in the capacitor.

The SMC5.7103J100J33TR12 is suitable for applications where a high voltage and high energy storage capacity are desired. It is also ideal for applications that require fast response and stable performance. Its double-sided metalized polypropylene film increases its stability in high temperature and provides excellent reliability and life time. The SMC5.7103J100J33TR12 is widely used in AC/DC main step-down converters, motor control and motor drives, automotive applications, high voltage energy storage devices, and other electronic equipment.

In summary, the SMC5.7103J100J33TR12 is a type of film capacitor that has an excellent voltage rating and capacitance. Its double-sided metalized polypropylene film increases its stability in high temperature and provides excellent reliability and life time. It is suitable for applications where a high voltage and high energy storage capacity are desired. It is also ideal for applications that require fast response and stable performance.

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