Radial Leaded Capacitors
Radial Leaded Aluminum Electrolytic Capacitors
Standard, low-impedance and long-endurance series for power supplies, control equipment and industrial electronics.
Aluminum Electrolytic Capacitors
Capacitor Solutions for Demanding Power Electronics
COREVIA supports industrial power systems with screw terminal, snap-in, radial leaded and surface-mount aluminum electrolytic capacitor families.
Selection is based on voltage, capacitance, ripple current, ESR, temperature, dimensions and endurance.
Voltage Range
6.3–650 V
Capacitance
0.1 µF–820,000 µF
Endurance
Up to 20,000 hours
COREVIA Portfolio
Application-Driven Selection
Technical Support
Share the operating conditions and target specifications for a focused series recommendation.
Portfolio
Four terminal formats
Engineering
Application-driven selection
Applications
Industrial power systems
Aluminum electrolytic capacitor solutions for industrial power electronics.
Screw terminal · Snap-in · Radial · SMD
Product Families
Four aluminum electrolytic capacitor formats
Compare screw terminal, snap-in, radial leaded and surface-mount solutions for different electrical and mechanical requirements.
Open a product family to review series, voltage range, capacitance and endurance.
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Snap-in Terminal Capacitors
Snap-in Terminal Aluminum Electrolytic Capacitors
High-voltage DC-link capacitors for frequency inverters, renewable energy systems, UPS and industrial power supplies.
Screw Terminal Capacitors
Screw Terminal Aluminum Electrolytic Capacitors
High ripple current and high-capacitance solutions for industrial drives, inverters, UPS systems and energy storage.
Surface-Mount Aluminum Electrolytic Capacitors
Surface-Mount Aluminum Electrolytic Capacitors
Compact solutions for high-density PCB power designs with low impedance and endurance up to 5,000 hours.
Technical Insights
Selection, reliability and application guidance
Read practical guidance on capacitor replacement, ripple current, ESR, endurance and terminal format selection.
View all insights
Featured guideAug 28, 2026Capacitor Selection
Why Voltage and Capacitance Are Not Enough for Capacitor Replacement
A reliable capacitor replacement must also match ripple current, ESR, temperature, dimensions, mounting and endurance.
Latest technical notes
Aug 28, 2026Reliability Engineering
How Ripple Current and ESR Affect Capacitor Reliability
Understand how ripple current, ESR and internal heating interact to influence capacitor temperature and endurance.
Aug 28, 2026Application Guides
Choosing Between Snap-in and Screw Terminal Capacitors
Compare electrical demand, mounting method, case size and service conditions when selecting snap-in or screw terminal capacitors.