LLS2A562MELC

The LLS2A562MELC is an aluminum electrolytic, snap-in terminal capacitor designed for general-purpose power applications. It provides 5600 µF (5.6 mF) capacitance at a 100 V rating, with a rated operating temperature range of −40°C to 85°C and a 3000-hour endurance at 85°C.

Designed for high ripple environments, this snap-in radial can delivers substantial low- and high-frequency ripple current capability while maintaining defined leakage and dissipation characteristics, making it suitable for equipment requiring robust bulk capacitance and reliable long-term performance.

Key Features

• Capacitance and Voltage — 5600 µF (5.6 mF) nominal capacitance with a 100 V rated voltage and ±20% tolerance (measured at 120 Hz, 20°C).
• Snap-in Radial Package — Snap-in terminal, radial can package for secure board mounting and straightforward assembly; supplied in tray packing for volume production.
• Ripple Current Capability — Low-frequency ripple current of 5.880 A at 120 Hz and high-frequency ripple current of 6.762 A at 50 kHz, supporting high-demand power filtering and smoothing tasks.
• Endurance and Temperature — Rated for 3000 hours at 85°C with an operating temperature range from −40°C to 85°C, enabling sustained performance under elevated temperature and load conditions.
• Electrical Characteristics — Dissipation factor (tan δ) of 0.2 (max) at 20°C and 120 Hz, and typical leakage current listed as 2240 µA, providing predictable loss and leakage behavior for design calculations.
• Regulatory Compliance — RoHS compliant, meeting environmental requirements for lead-free assemblies.
• Polarized Electrolytic — Polarized construction for DC filtering and bulk energy storage applications where polarity is observed.

Typical Applications

• General-purpose power filtering — Bulk smoothing and decoupling in power supplies and converters that require 100 V, high-capacitance components.
• Industrial power electronics — Energy storage and ripple absorption in industrial equipment operating within −40°C to 85°C and demanding sustained ripple currents.
• High-ripple DC circuits — Applications where specified low- and high-frequency ripple current capability and 3000-hour endurance at 85°C are required.

Unique Advantages

• High-capacitance, high-voltage combination — 5600 µF at 100 V provides substantial energy storage in a compact snap-in can, simplifying BOM choices for high-voltage designs.
• Designed for sustained ripple — Rated ripple currents of 5.880 A (120 Hz) and 6.762 A (50 kHz) enable reliable performance in both low- and high-frequency ripple environments.
• Long endurance at elevated temperature — 3000 hours at 85°C endurance supports longer service intervals and predictable aging in hot operating environments.
• Predictable electrical loss and leakage — Specified tan δ (0.2 at 20°C, 120 Hz) and defined leakage current (2240 µA) allow accurate thermal and leakage budgeting in designs.
• Production-ready packaging — Tray packing and mass production status facilitate integration into manufacturing supply chains for volume assembly.
• RoHS compliant — Meets lead-free environmental requirements for modern electronics assemblies.

Why Choose LLS2A562MELC?

The LLS2A562MELC positions itself as a robust, general-purpose aluminum electrolytic solution where high capacitance at 100 V, strong ripple handling, and endurance at elevated temperatures are required. Its snap-in radial package and tray packing support efficient assembly workflows, while predictable dissipation and leakage figures simplify thermal and reliability planning.

This part is suitable for designers and buyers building power systems, industrial electronics, and other equipment that require reliable bulk capacitance and long-term performance within the −40°C to 85°C operating window. The combination of capacitance, voltage rating, ripple capability, and endurance delivers a balance of performance and manufacturability for volume applications.

To request a quote or submit a product inquiry for LLS2A562MELC, please contact our sales team with your quantity and delivery requirements.