Electrolytic capacitor engineered to minimize ESR and deliver reliable ripple-current performance Key benefits Lower ESR through a novel electrolyte: reduces internal losses and heat generation, improving efficiency and stability in high-ripple circuits. Proven ripple-current life: rated for 4,000 to 10,000 hours at 105 °C, offering predictable longevity under sustained ripple stress. Clear handling requirement: this is a non-solvent-resistant type — avoid solvent-based cleaning or processes that expose the component to aggressive solvents. What it does and why it matters Function: high-performance electrolytic capacitor designed to handle high ripple currents while keeping equivalent series resistance (ESR) low. Performance: optimized for continuous operation at elevated temperature (105 °C) with documented ripple-life hours, so you can plan maintenance and replacement cycles accurately. Limitation: not solvent-resistant. Do not use solvent-cleaning methods after assembly; follow solvent-free cleaning or compatible processes. Compatibility and practical attributes Temperature rating: specified performance at 105 °C. Longevity under ripple stress: 4,000–10,000 hours at rated conditions. Material note: uses a proprietary/novel electrolyte formulation to reduce ESR (no change to standard mounting or electrical interface expected). Cleaning constraint: non-solvent-resistant — select compatible manufacturing and repair procedures. Typical applications Switching power supplies and DC‑DC converters: improves regulation and reduces heat buildup where ripple current is substantial. Motor drives and industrial inverters: extends service life in systems with continuous ripple and elevated operating temperatures. Audio power amplifiers and high-current rails: lowers noise contribution from ESR and supports steady performance under load. Short checklist for system designers Use when low ESR and high ripple endurance at 105 °C are priorities. Avoid solvent-based cleaning or rework processes — choose solvent-free alternatives. Account for the specified ripple-life (4,000–10,000 hours at 105 °C) when scheduling maintenance or selecting redundancy. Specifications (as provided) ESR reduction approach: novel electrolyte formulation Ripple-current life: 4,000 to 10,000 hours at 105 °C Type: not solvent-resistant For reliable performance in high-ripple, high-temperature applications, choose this electrolytic capacitor where reduced ESR and predictable ripple-life are required, and ensure assembly and cleaning processes are compatible with non-solvent-resistant components.