PCJ1A221MCL1GS Capacitors

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Aluminum - Polymer capacitors are capacitors which feature a unique combination of the advantages of typical aluminum electrolytic and polymer capacitors, including solid-state performance, low impedance, and long life. One of the latest and most innovative examples of such capacitors is the PCJ1A221MCL1GS. This capacitor has a wide range of applications, as well as a principle of operation that ensures reliable performance and longevity.

Applications

The PCJ1A221MCL1GS capacitor has a range of applications in computing and industrial electronics, such as in motherboards, power supplies, and control systems. Its rated voltage is up to 2.5V and its capacitance values range from 1μF to 47μF. The capacitor is also suitable for a wide range of temperatures, from -40°C to 105°C, making it an ideal choice for markets that require adaptability for temperature extremes. Other notable features of this capacitor include an extended lifetime, improved ripple performance, and a small case size.

Working Principle

The PCJ1A221MCL1GS capacitor operates using an electrolyte composed of Aluminum and Organic Solvent. This combination of materials provides a dielectric that ensures low impedance as well as long-term performance. Additionally, this combination has the advantage of being more compact than other aluminum electrolytic capacitors, allowing for more flexibility in PCB design. Finally, the capacitor features a J-lead design, which minimizes the risk of incorrect mounting, further improving the reliability of performance.

The PCJ1A221MCL1GS aluminum-polymer capacitor is an example of how these capacitors can deliver the performance benefits of both aluminum electrolytic and polymer capacitors. This combination of materials creates a capacitor which is highly durable, have an extended lifetime, and a small case size while still offering excellent performance in terms of low impedance and ripple performance. Furthermore, its suitability in extreme temperatures makes it an ideal choice for the computing and industrial markets.

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