Surface-Mount Aluminum Electrolytic Capacitors
Surface-Mount Aluminum Electrolytic Capacitors
SMD aluminum electrolytic capacitors: MS, ML, MT, MZ and MM. Representative MS series: 6.3–50 V DC, 0.47–330 µF, −55 to +105 °C, 2,000-hour endurance.
GAMA DE PRODUCTOS
Condensadores electrolíticos de aluminio
Explore los condensadores COREVIA SMD, radiales, snap-in y con terminal de tornillo para electrónica de potencia industrial.
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Radial Leaded Capacitors
Radial Leaded Aluminum Electrolytic Capacitors
Radial Leaded capacitors: RR, RK, RH, RS, RG, RD, RF, RL, RT and RE. Representative RR: 0.1–15,000 µF and 2,000-hour endurance; see voltage-specific temperature ranges below.
Snap-in Terminal Capacitors
Snap-in Terminal Aluminum Electrolytic Capacitors
Snap-in capacitors: SP, SH, SS, SC, SF, SU, SD and SZ. Representative SP: 68–82,000 µF and 2,000-hour endurance; see voltage-specific temperature ranges below.
Screw Terminal Capacitors
Screw Terminal Aluminum Electrolytic Capacitors
Screw Terminal capacitors: TR, TT, TX, TF, TK, TG, TN, TM, TD, TH and TA. Representative TR: 470–820,000 µF and 2,000-hour endurance; see voltage-specific temperature ranges below.
INFORMACIÓN TÉCNICA
Guías de selección y fiabilidad de condensadores
Notas prácticas para comparar terminales, corriente de rizado, vida útil y requisitos de sustitución.
Sep 30, 2026Application Guides
Rapid Charge-Discharge Aluminum Electrolytic Capacitor Selection
Learn why general-purpose aluminum electrolytic capacitors may not suit repeated rapid charge-discharge circuits and what operating data engineers should check.
Sep 28, 2026Capacitor Selection
Snap-In Capacitor Pin Layout: What Is the Third Pin For?
Why does a snap-in aluminum electrolytic capacitor have a third pin? Check the terminal drawing, polarity and PCB footprint before approving a part.
Sep 26, 2026Reliability Engineering
Why One Capacitor in a Parallel Bank Runs Hotter
Identical capacitors do not always share current equally. Learn how busbar layout, connection resistance and mounting position can cause one capacitor to run hotter than the rest.