THAS482M040AD0C

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Aluminum Electrolytic Capacitors are widely used in electronic circuits, particularly in high-frequency applications. The THAS482M040AD0C is one such type of electrolytic capacitor which is an advanced device with excellent performance characteristics and superior reliability.

Capacitor Construction

The THAS482M040AD0C consists of a thin sheet of aluminum, known as a "plate," and a thin sheet of special dielectric, known as an "electrolyte," separated by a thin separator. It has a conductive terminal that is connected to the plate and a non-conductive terminal that is connected to the electrolyte. The thickness of the plate and electrolyte varies depending on the required capacitance. The separator is important as it prevents the connection from shorting out electrically.

Capacitor Operation

The THAS482M040AD0C Operating principle is a two-step process. First, when an applied voltage is placed across the capacitor, the electrons move between the separator and the plate. This produces a current that, in turn, causes the molecules in the dielectric to align with this external electric field. Second, as the voltage increases, the electrons are attracted from one side to the other, which further increases the electric field.

The strength of the electric field is proportional to the applied voltage, which in turn sets the charge stored in the capacitor. As the capacitance is the ratio of the stored charge to the applied voltage, this technology allows for the capacitors to be adjusted to meet specific design requirements.

Capacitor Application

The THAS482M040AD0C is widely used in high-frequency applications such as communications related equipment, TV receivers, radio receivers, wireless communication base stations, and other applications with varying power levels. It is ideal for environments that require high precision, high reliability, and high stability over a broad temperature range.

The capacitor is also designed for high-impact resistance and features increased peak current ratings. It is capable of tolerating extremely high ripple currents and transients together with low ESR, making it ideal for applications where intense currents occur over short periods of time.

Conclusion

The THAS482M040AD0C is a state-of-the-art aluminum electrolytic capacitor designed for use in high-frequency applications. It features excellent performance characteristics and is highly reliable and stable over a broad temperature range. The capacitor is also highly resistant to high ripple currents and transients, making it ideal for intense current applications. Generally, this Capacitor is widely used in communications related equipment, TV receivers, radio receivers, and wireless communication base stations.

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