MVY6.3VC102MH10TP

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are widely used in a variety of electronics, covering almost every area of modern technology. Many engineers rely on aluminum electrolytic capacitors since their low cost, long life cycle, and compact size provide the necessary performance for quite a few devices and machines. In particular, the aluminum electrolytic capacitor with model number MVY6.3VC102MH10TP, is used in many applications due to its wide temperature range and high reliability.

MVY6.3VC102MH10TP Application Field

The MVY6.3VC102MH10TP aluminum electrolytic capacitor is a 6.3 volts capacitor with a capacitance of 102 µF with a 10,000 hour life. It features a conformal coating, offering resistance to chemical contaminants (such as dirt, dust, and moisture) which can damage a capacitor’s electrical integrity. This capacitor has been specifically designed to operate in temperatures from -45℃ to +85℃, making it suitable for use in automotive and other harsh environments.

The MVY6.3VC102MH10TP is primarily used in motor control, power supplies, and other related applications. In motor control, the capacitor is used to reduce voltage ripple. By providing a dampening effect, it prevents spikes and dips that can harm or damage circuit components. In power supplies, it keeps a stable voltage level and stabilizes power output. It is also ideal for medical and military applications due to its high temperature range.

Working Principle

Aluminum electrolytic capacitors have some unique characteristics compared to other types of capacitors. Their core consists of an etched aluminum plate which is separated by two paper layers called dielectric papers. This core is enclosed by a cylinder of electrolyte. When a voltage is applied across an aluminum electrolytic capacitor, a charge will be stored across the electrodes of the capacitor. This charge creates an electric field which acts to draw the electrons from the anode (positive plate) to the cathode (negative plate).

The classic equation for determining the capacitance of an aluminum electrolytic capacitor is:
C = (er * A) / (d + ds)
Where C is capacitance, er is the relative dielectric constant, A is the conductor surface area, d is the distance between the two plates, and ds is the effective dielectric thickness. The capacitor is made smaller by increasing the surface area of the conductor, called the winding, and decreasing the distance between the two plates.

Conclusion

The MVY6.3VC102MH10TP aluminum electrolytic capacitor is an especially unique capacitor due to its long life cycle and wide temperature range. It is used in automotive, medical, and military applications to reduce voltage ripple, stabilize power output, and store a charge. Its classic equation for determining capacitance is based on the relative dielectric constant, conductor surface area, distance between the two plates, and effective dielectric thickness to make the capacitor smaller.

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