LNT2G562MSEH

The LNT2G562MSEH is a screw-terminal aluminum electrolytic capacitor designed for general-purpose power applications. It delivers 5600 µF at a 400 V rating in a radial can package with robust screw terminals for secure electrical and mechanical connections.

Engineered for durability, the capacitor supports high ripple currents and extended life at elevated temperature, making it suitable for demanding industrial and power-electronic designs that require stable bulk capacitance and long-term reliability.

Key Features

• Capacitance & Voltage — 5600 µF (5.6 mF) rated at 400 V provides substantial bulk energy storage for DC-link, smoothing, and general-purpose power applications.
• Screw Terminal Package — Radial can with screw terminals offers reliable, low-resistance connections and secure mounting in high-current installations.
• High Ripple Current Capability — 23.7 A at 120 Hz (low frequency) and 33.18 A at 100 kHz (high frequency), enabling effective handling of both mains-frequency and switching-frequency ripple.
• Leakage Current — Specified leakage current of 4480 µA after rated voltage application, providing predictable behavior for power-system designs.
• Endurance — Rated for 5000 hours at 105°C with applied DC bias plus rated ripple current, supporting long operational life under elevated temperature stress.
• Operating Temperature Range — –25°C to +105°C to accommodate a wide range of industrial operating environments.
• Capacitance Tolerance & Dissipation Factor — ±20% capacitance tolerance and tan δ of 0.2 (measured at 20°C, 120 Hz) for predictable performance and design margining.
• Dimensions & Mechanical — Package size L: 15 cm × D: 7.62 cm (height seated max 5.906 in ≈ 150 mm), suitable for installations requiring a large bulk capacitor with screw-terminals.
• RoHS Compliant — Compliant with RoHS requirements (2011/65/EU, (EU)2015/863).

Typical Applications

• Power supplies and DC-link filtering — Bulk energy storage and smoothing for switched-mode power supplies and converter DC links where high capacitance and voltage are required.
• Industrial power electronics — Suitable for general-purpose industrial equipment that requires robust, high-current bulk capacitors with secure screw-terminal connections.
• UPS and backup power systems — Energy storage and ripple absorption in uninterruptible power supplies and similar backup-power subsystems.

Unique Advantages

• High-current performance: Rated ripple currents of 23.7 A (120 Hz) and 33.18 A (100 kHz) reduce temperature rise under heavy ripple loading and improve system stability.
• Long high-temperature life: 5000-hour endurance at 105°C provides long-term reliability in elevated-temperature installations.
• Robust mechanical connection: Screw-terminal can package simplifies installation and provides a low-resistance, vibration-resistant electrical connection for high-current paths.
• Wide operating range: –25°C to +105°C supports a broad set of industrial environments without derating the core functionality.
• Predictable electrical characteristics: ±20% capacitance tolerance and specified tan δ and leakage current values enable accurate design margining and predictable performance.

Why Choose LNT2G562MSEH?

The LNT2G562MSEH combines large bulk capacitance, high voltage rating, and substantial ripple-current capability in a screw-terminal aluminum can designed for demanding, general-purpose power applications. Its extended 5000-hour life at 105°C and defined leakage and dissipation characteristics provide engineers with the predictability needed for robust power-electronic designs.

This part is well suited for designers and procurement teams building industrial power supplies, DC-link systems, UPS units, and other applications that require reliable bulk energy storage, secure mechanical mounting, and long-term thermal endurance.

Request a quote or submit a specification inquiry to receive pricing and availability information for the LNT2G562MSEH. Our team will assist with lead time and ordering details based on your project requirements.