2220CC154MAT1A

The 2220CC154MAT1A is a multilayer ceramic capacitor (MLCC) manufactured by AVX, designed for general-purpose filtering and energy storage applications in electronic circuits. This component belongs to the 2220 package family, which represents a surface-mount form factor commonly encountered in industrial and consumer electronics where moderate capacitance values and board space efficiency are both important considerations. Multilayer ceramic capacitors like this model are constructed from multiple layers of ceramic dielectric material interleaved with metal electrodes, allowing manufacturers to achieve higher capacitance density compared to single-layer designs. The 2220 package designation refers to the physical dimensions of the component—approximately 5.6 mm by 5.0 mm—making it substantially larger than smaller 0402 or 0603 packages but more compact than 1812 or larger formats. This size class strikes a practical balance for designs requiring moderate capacitance values without consuming excessive board real estate. The "CC" designation in the part number indicates this is a ceramic capacitor with specific dielectric and performance characteristics typical of AVX's standard commercial offerings. These capacitors are widely used in DC power supply filtering, AC coupling applications, decoupling networks around integrated circuits, and energy storage circuits where cost-effectiveness and reliability are primary concerns. Engineers commonly specify them in analog and digital circuits operating at moderate frequencies and voltage levels. AVX's commercial-grade MLCCs like this model are engineered to provide stable performance across typical industrial temperature ranges and are suitable for applications in consumer electronics, industrial control systems, telecommunications equipment, and automotive subsystems. The ceramic dielectric material offers good frequency response characteristics and relatively low equivalent series resistance (ESR), making these components effective for high-frequency filtering tasks. When selecting this particular part number, engineers might choose it over alternatives based on several factors: the specific capacitance value encoded in the part designation, compatibility with existing board layouts using 2220 footprints, AVX's quality and reliability reputation, and cost considerations relative to competing manufacturers. The commercial-grade classification suggests suitability for standard operating environments rather than extreme temperature or harsh condition applications. For applications requiring customized specifications, alternative package sizes, or higher voltage/temperature ratings, the broader AVX MLCC portfolio offers numerous options. Engineers should consult component selection guides and application notes when designing circuits to ensure this capacitor meets voltage, frequency, temperature, and reliability requirements specific to their application.