220µF Tantalum Capacitors

220µF tantalum capacitors are available in multiple package styles including molded chip, SMT chip, conformal coated, wet electrolytic, and hermetic constructions. The appropriate package depends on your application environment — for example, hermetic and conformal styles are preferred for military and aerospace use, while molded chip is common in commercial and industrial designs.

LEVEL SOLUTIONS stocks 220µF tantalum capacitors from leading manufacturers including AVX, KEMET, Vishay, and Sprague. Each brand offers unique product lines covering commercial, industrial, Mil-spec, and space-grade applications. Sprague is notably the inventor of the original tantalum and SMT tantalum chip capacitor, bringing decades of heritage reliability.

Yes. All four manufacturers — AVX, KEMET, Vishay, and Sprague — offer Military/Mil-Spec grade 220µF tantalum capacitors. These parts meet stringent military specification requirements for reliability, temperature stability, and performance, making them suitable for defense electronics, aerospace systems, and other high-reliability applications.

220µF tantalum capacitors are used in power filtering and decoupling, bulk energy storage, power-supply smoothing in industrial systems, automotive electronics, military and aerospace avionics, and medical device power circuits. Their volumetric efficiency and stable capacitance make them ideal for compact, high-reliability designs across these demanding sectors.

LEVEL SOLUTIONS maintains an ESD compliant warehouse with millions of components available for immediate shipment. For standard and Mil-spec 220µF tantalum capacitors from AVX, KEMET, Vishay, and Sprague, same-day or next-day shipping is often possible. Additionally, billions more parts are accessible globally for larger or specialized orders. Contact us for specific lead times.

Solid tantalum capacitors use a solid manganese dioxide or conductive polymer electrolyte, offering low ESR, compact size, and suitability for SMT assembly. Wet tantalum capacitors use a liquid electrolyte, enabling higher capacitance and voltage ratings with excellent reliability at elevated temperatures, making them the preferred choice for demanding military and aerospace environments.