ECQ-E2106KFW

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Film Capacitors, also known as film capacitors, are frequently used in consumer and industrial applications. Generally, they are made of a dielectric material (film) sandwiched by two conductive metal plates, which act as the positive and negative poles. These capacitors have many advantages over other types, including high capacitance, low dissipation factor, low loss, long life, high reliability, and low temperature coefficient.

ECQ-E2106KFW application field and working principle specifically describes the application and working principle of ECQ-E2106KFW Film Capacitor. ECQ-E2106KFW Film Capacitors are generally used in consumer and industrial equipment, including audio and radio equipment, sound recording, television receivers, monitoring equipment, etc. It works by storing and discharging electric current between the two conductive metal plates within the capacitor. The magnitude of the stored electric charge is proportional to the voltage difference between the two plates. The film capacitor filters the AC signal, allowing only the periodic, or Alternating Current (AC) signal to pass through.

When the AC signal is transmitted, it encounters two electrodes (“plates” or capacitors) within the ECQ-E2106KFW capacitor. These plates are made of metal with a dielectric material (film) sandwiched between them, which is responsible for the insulation between the plates. The dielectric materials used in the ECQ-E2106KFW Film Capacitors are generally polyester, polypropylene, polycarbonate, and other non-toxic materials with high insulation resistance. The electric potential difference between the two plates causes electric charges of opposite polarities to accumulate on the respective plates. This causes the capacitor to become charged. The amount of charge stored in the capacitor is proportional to the magnitude of the electric potential difference between the two plates

When an AC signal is applied to the capacitor fields, the alternating positive and negative voltage causes electric charges to accumulate sequentially in the two metal electrodes. As the capacitor stores and discharges electric charges in the form of alternating polarities, the ripple current is generated which is referred to as the capacitive reactance. The electrical capacitance of ECQ-E2106KFW Film Capacitors is approximately double that of mica capacitors with the same size (for example: double the diameters). This gives ECQ-E2106KFW Capacitors better performance in filtering and stabilizing electric circuits.

The high dielectric constant and low dissipation factor are also impressive performance characteristics of ECQ-E2106KFW Film Capacitors. This helps reduce high frequency currents, therefore reducing electromagnetic interference. The long-term stability and reliability are also noteworthy features of the capacitors, which is another reason why they are widely used in consumer and industrial applications. The temperature coefficient of the ECQ-E2106KFW Film Capacitors is also significantly lower than other types of capacitors. This stability makes them suitable for use in circuits that require a steady operating voltage over wide temperature ranges.

Overall, ECQ-E2106KFW Film Capacitors offer high capacitance, low loss, long life, high reliability, and low temperature coefficient, and are very useful for filtering and stabilizing electric circuits in any application. They are highly recommended for use in consumer and industrial equipment.

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