LNX2H392MSEH

The Nichicon LNX2H392MSEH is an aluminum electrolytic capacitor in a screw-terminal, radial can package designed for high-voltage, high-ripple applications. With a rated capacitance of 3.9 mF (3900 µF) at 500 V and a specified operating temperature range of -25°C to 85°C, it targets industrial power supplies and inverter circuitry where high ripple handling and long endurance are required.

This part is in mass production and offers a combination of high ripple current capability, long endurance at elevated temperature (5000 hours at 85°C for 500 V parts), and secure screw-terminal mounting for robust electrical connections.

Key Features

• High Voltage Rating — Rated at 500 V to support extra-high-voltage DC link and power conversion applications.
• Large Capacitance — 3.9 mF (3900 µF) nominal capacitance with ±20% tolerance at 120 Hz, 20°C for energy storage and smoothing.
• High Ripple Current Performance — 12.1 A at 120 Hz (low frequency) and 16.94 A at 100 kHz (high frequency), enabling effective ripple handling in power stages.
• Electrical Loss and Leakage — Specified tan δ of 0.2 at 20°C and 120 Hz, and leakage current of 4180 µA, allowing predictable loss and DC leakage behavior.
• Endurance at Elevated Temperature — Rated for 5000 hours at 85°C under the specified test conditions for 500 V parts, supporting long-term operation in industrial environments.
• Rugged Mechanical Termination — Screw terminal mounting and radial can package provide secure, low-resistance connections for high-current installations.
• RoHS Compliant — Conforms to RoHS requirements, suitable for use in regulated manufacturing environments.
• Compact High-Capacitance Form Factor — Physical size φ76.2 × 150 mm (D × L) for designers specifying large capacitance in a defined envelope.

Typical Applications

• Industrial Power Supplies — Bulk smoothing and energy storage for high-voltage supply rails and power conversion systems.
• Inverter Circuits — DC link and ripple absorption in inverter and motor-drive electronics where high ripple current capability is required.
• General-Purpose High-Voltage Smoothing — Use in industrial equipment and power subsystems requiring 500 V rated capacitance and long-term endurance.

Unique Advantages

• High Ripple Capacity: Explicit low- and high-frequency ripple ratings (12.1 A at 120 Hz; 16.94 A at 100 kHz) support sustained ripple currents without immediate degradation.
• Long Endurance at 85°C: 5000-hour rated life at 85°C (for 500 V parts) gives predictable performance over extended operating periods in harsh thermal environments.
• Secure Screw-Terminal Connection: Screw terminals deliver robust mechanical and electrical attachment ideal for high-current industrial wiring.
• High Voltage and Large Capacitance: 500 V rating combined with 3.9 mF capacitance provides substantial stored energy for DC link and smoothing applications.
• Measured Electrical Characteristics: Specified tan δ (0.2 at 20°C, 120 Hz) and stated leakage current (4180 µA) allow engineering teams to model losses and standby leakage precisely.
• Production-Ready: Mass production status ensures availability for volume designs and manufacturing planning.

Why Choose LNX2H392MSEH?

The LNX2H392MSEH positions itself as a high-voltage, high-capacitance electrolytic solution for industrial power systems that require reliable ripple absorption and long-term endurance. Its combination of 500 V rating, 3.9 mF capacitance, documented ripple current performance, and 5000-hour endurance at 85°C makes it suitable for engineers specifying DC link and smoothing capacitors in inverter and power supply designs.

For design teams and procurement specialists focused on robustness and predictable electrical performance, this Nichicon screw-terminal capacitor offers clear, testable specifications and production readiness to support volume deployments in industrial power applications.

To request a quote or discuss availability, lead times, and pricing for the LNX2H392MSEH, please contact our sales team or submit a request through your preferred procurement channel.