LNX2H152MSEGBB

The LNX2H152MSEGBB is a screw-terminal aluminum electrolytic capacitor offering 1.5 mF (1500 µF) capacitance at a 500 V rating. It is a polarized, radial-can package designed for industrial power applications that demand high-voltage capability and robust terminal connections.

Engineered for high ripple environments, this capacitor delivers sustained performance at elevated temperature with defined endurance characteristics, making it suitable for inverter circuitry and other high-ripple, extra-high-voltage power systems.

Key Features

• Capacitance & Voltage: 1.5 mF (1500 µF) nominal with a 500 V rated voltage and ±20% capacitance tolerance at 120 Hz, 20°C.
• High Ripple Current Handling: Rated ripple current of 5.5 A at 120 Hz and 7.7 A at 100 kHz to support demanding power-stage smoothing and filtering.
• Screw Terminal Package: Radial can with screw terminals for secure, low-resistance connections in industrial assemblies and power racks.
• Operating Temperature Range: Specified for -25°C to +85°C operation.
• Endurance at Elevated Temperature: Designed for 5000 hours at +85°C under D.C. bias plus rated ripple current for 500 V parts, with defined limits for capacitance change, tan δ, and leakage current after endurance testing.
• Size & Mounting: Package dimensions L: 9.0 cm × D: 6.35 cm in a radial can form factor suitable for screw-terminal mounting.
• Safety & Compliance Options: Flame-retardant electrolyte types available; compliant to the RoHS directive (2011/65/EU, (EU)2015/863).
• Polarized Design: Polarized electrolytic construction for use on DC power rails and energy storage in high-voltage circuits.

Typical Applications

• Industrial Power Supplies (Inverter circuitry): Provides high-voltage energy storage and smoothing for inverter DC link and power conversion stages where high ripple current capability is required.
• Extra-High-Voltage Power Conversion: Suited to applications that require extra-high voltage components thanks to its 500 V rating and robust endurance specifications.
• General-Purpose High-Ripple Filtering: Used as a general-purpose capacitor in systems that require polarized, high-capacitance filtering and bulk energy support under elevated ripple conditions.

Unique Advantages

• 500 V Rated Voltage: Enables design flexibility for higher-voltage power systems without series stacking.
• Measured Ripple Performance: Specific ripple current ratings at 120 Hz and 100 kHz provide clear sizing data for thermal and lifetime calculations.
• Robust Screw-Terminal Mounting: Facilitates secure mechanical and electrical connections suitable for industrial assemblies and maintenance-friendly installations.
• Documented Endurance: Endurance defined for 5000 hours at +85°C under rated conditions, with specified limits for capacitance, tan δ, and leakage current, supporting predictable long-term behavior.
• Compliance and Safety Options: RoHS compliance plus availability of flame-retardant electrolyte types help address regulatory and safety-driven design choices.
• Polarized Bulk Energy Storage: High capacitance in a single radial-can package reduces part count for DC link and bulk filtering functions.

Why Choose LNX2H152MSEGBB?

The LNX2H152MSEGBB is positioned for designers who need a high-voltage, high-capacitance electrolytic capacitor with clear ripple and endurance specifications. Its screw-terminal radial-can package and polarized design make it suited to industrial power systems and inverter circuitry where robust connections and predictable lifetime under elevated ripple are important.

This part is a practical choice for engineers balancing high-voltage capability, ripple performance, and compliance needs—providing a documented endurance profile and options for flame-retardant electrolyte to support safety and regulatory requirements over the product lifetime.

Request a quote or submit an inquiry to receive pricing, availability and lead-time information for the LNX2H152MSEGBB. Our team can provide technical details and help evaluate suitability for your specific power system design needs.