ECJ-RVC1H560K Capacitors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Capacitor Networks, Arrays, and the ECJ-RVC1H560K are essential components to consider when designing and constructing an electrical system. In this article, we will provide a detailed overview of the ECJ-RVC1H560K, its application field and working principle.

The ECJ-RVC1H560K is a radial-lead, 520V, 560nF, +10/-20% tolerance, general-purpose aluminum electrolytic capacitor. This type of capacitor falls within the broader spectrum of aluminum electrolytic capacitors, which are widely used in power-supply, audio, and stability and decoupling applications.

The ECJ-RVC1H560K\'s application field typically involves switching power supplies, AC filters, audio-frequency noise, some DC-DC converter circuits, and power amplifier circuits. In circuit design, due to its large capacitance and tolerance, it is commonly used as an electrolytic capacitor in a capacitor network, array or capacitor bank to provide power supply ripple filtering and frequency regulation in power supplies and voltage-regulation systems.

The ECJ-RVC1H560K\'s working principle is based on the property of electrostatics, in which charge carriers known as \'electrons\' are attracted towards a higher voltage source and repelled from a lower voltage source. In our device, the plate separation and electrolyte help create an electrical double-layer at the plates, concentrating an electrostatic field.

In practical applications, when the voltage source provides a DC voltage input, the capacitor begins to accumulate electrons until its maximum \'electrostatic strength\' is achieved. This stored charge generates a counter EMF which opposes the initial applied voltage.

In situations where the voltage drops, the capacitor\'s counter EMF continues to support the load. Conversely, when the voltage rises, the capacitor\'s stored charge begins to dissipate quickly, thus reducing the amount of counter EMF available to the load.

It is important to note that the ECJ-RVC1H560K, when deployed in application field, is most suitable for high-frequency noise filtration. This is due to its ability to store a constant charge over a very short time period.

The ECJ-RVC1H560K also features a low impedance value, which enables it to offer an effective remedy to power supply ripple problems. This occurs when high-frequency large-amplitude sinusoidal voltage ripple is superimposed upon low-frequency periodic ripple. The capacitor can absorb this noise and enhance the stability of the power supply.

In addition, the ECJ-RVC1H560K is able to offer excellent self-healing characteristics and can withstand surge currents due to its very low equivalent series resistance (ESR). This further reduces the risk of long-term device failure.

When used in a capacitor array or capacitor bank, the ECJ-RVC1H560K may be employed to increase the capacity of a power-supply filter or pre-regulator. This allows for smooth voltage regulation as the capacitors are able to absorb large amounts of fluctuating current, maintaining an even output voltage.

Overall, the ECJ-RVC1H560K is an excellent choice for power-supply filtering, voltage-regulating and audio-noise cancelling applications. It is capable of storing a large amount of charge over very short periods, thus providing reliable and stable regulation of voltage output.

The specific data is subject to PDF, and the above content is for reference