Aluminum Electrolytic Capacitors

The E36D201LPN222TC67N capacitor is a specialized component in the field of Aluminum Electrolytic Capacitors. This part specifically serves as an entry-level aluminum electrolytic capacitor with a maximum operating temperature rating of +85 °C. It also has a lowest level of leakage current (<.01 CV) and higher capacitance value (200 μF) compared to other aluminum electrolytic capacitors in its category. In addition, its moderate dissipation factor (<.25%) and high rated voltage (200V) adds to its unique features, making the E36D201LPN222TC67N an ideal choice for many applications.

Application Fields

The E36D201LPN222TC67N capacitor is most widely used in the computer, cellular, and digital electronics fields. Its high-dissipation factor and modest leakage current, as well as its low equivalent series resistance (>250 mΩ) and high rate voltage, make it unique for use in applications that require high speed, instantaneous power delivery and longer service lives. Additionally, it is used by many engineers in the audio and lighting industries due to its low equivalent series resistance, enabling more efficient and smooth power delivery. Finally, this capacitor is ideal for multi-power supplies in battery-powered applications.

Working Principle

Capacitors generally work by accumulating and storing electrical energy. This is done by creating an electrical field between two charged plates, one of which is a positive electrode, and the other a negative. For the E36D201LPN222TC67N, this is accomplished by using electrolytic aluminum foil as the positive plate and tinned copper wire as the negative. This combination of materials creates a polarized double-layer capacitor, which can then provide a longer life cycle and greater capacitance stability for more robust performance in the long-term. The principle of operation for this aluminum electrolytic capacitor is that when a voltage is applied between the two plates, a current flows through the electrolyte, creating an electric field between the two plates. This electric field stores energy and generates a phase-lag over time (up to 90 degrees). While this phase-lag affects all aluminum electrolytic capacitors, the E36D201LPN222TC67N incorporates several engineering techniques to minimize this effect, ensuring the best possible performance in any system.

Conclusion

The E36D201LPN222TC67N is an aluminum electrolytic capacitor with superior performance and versatility that make it suitable for an array of applications. Its unique properties, such as its low equivalent series resistance and higher capacitance rate, make it an exceptional option for high-speed, power-intensive applications in industries such as computer, cellular, audio, and lighting. Its low equivalent series resistance also helps to minimize the phase-lag effect.