10µF 25V Tantalum Capacitors

The 25V rating is the maximum DC working voltage the capacitor can safely handle. It is best practice to derate tantalum capacitors to 50–60% of their rated voltage in circuit design. For a 25V-rated part, this means operating it at no more than 12.5–15V to ensure long-term reliability and reduce the risk of failure.

Commercial-grade tantalum capacitors meet standard industry tolerances and are suited for consumer and general electronics. Mil-spec capacitors conform to MIL-PRF military performance standards, undergo stricter testing, screening, and quality controls, and are required for defense, aerospace, and high-reliability applications where component failure is not an option.

Available package styles include molded chip (SMD), conformal coated, and wet tantalum configurations. SMT chip packages are suitable for automated PCB assembly. Conformal and wet tantalum packages offer enhanced environmental protection for harsh or high-reliability environments such as aerospace and military systems.

LEVEL SOLUTIONS sources 10µF 25V tantalum capacitors from leading manufacturers including AVX, KEMET, Panasonic, and Sprague. Each brand offers distinct product lines spanning commercial and Mil-spec grades, ensuring you can match the right component to your specific performance, reliability, and compliance requirements.

Yes. Products from manufacturers such as AVX and Sprague include space-grade and high-reliability configurations specifically designed for aerospace and space environments. These components undergo rigorous screening and meet stringent quality standards necessary for satellite systems, avionics, and other mission-critical aerospace platforms.

All tantalum capacitors are stored and shipped from an ESD (Electrostatic Discharge) compliant warehouse. This ensures components are protected from electrostatic damage during handling, storage, and transit. Proper ESD packaging is used throughout the supply chain to maintain component integrity and meet industry handling standards.