LNY2G392MSEFBN

The LNY2G392MSEFBN is a screw-terminal aluminum electrolytic capacitor designed for high-capacitance, high-voltage DC applications. As a member of the LNY series, it offers a compact radial can package with screw terminals and is suited for equipment downsizing where reliable bulk capacitance is required.

With a rated capacitance of 3900 µF at 400 V, an operating temperature range of −40 °C to +85 °C, and a specified load life under ripple current, this capacitor is intended for general-purpose power applications demanding sustained performance under ripple-loading conditions.

Key Features

• Capacitance & Voltage — 3900 µF nominal capacitance with a 400 V rated voltage provides substantial energy storage for high-voltage DC circuits; capacitance tolerance is ±20% (120 Hz, 20 °C).
• High Ripple Endurance — Specified ripple current capability of 13.8 A at 120 Hz and 19.32 A at 10 kHz supports sustained ripple-loading conditions encountered in power electronics.
• Load Life — Designed for 2000 hours of rated ripple-current application at 85 °C, providing predictable life performance under elevated-temperature ripple stress.
• Temperature Range — Rated for operation from −40 °C to +85 °C to cover a broad range of industrial and equipment environments.
• Mechanical & Mounting — Radial can with screw terminals (M5 bolt nominal for φ51 size) enables secure, low-resistance connections for panel or chassis mounting; nominal dimensions L: 17 cm × D: 5.1 cm (φ51 × 170 mm length).
• Polarized Design — Polar aluminum electrolytic construction for DC applications requiring polarized bulk capacitance.
• RoHS Compliant — Conforms to RoHS directive (2011/65/EU, (EU)2015/863), meeting environmental substance restrictions.

Typical Applications

• High-voltage DC filtering — 400 V rating and 3900 µF capacitance provide bulk energy storage and smoothing in high-voltage DC circuits.
• Power supply decoupling — Screw-terminal mounting and high ripple-current capability make it suitable for DC bus decoupling and bulk filtering in compact power assemblies.
• Equipment designed for downsizing — Part of the LNY series aimed at enabling equipment size reduction while retaining high capacitance and reliable ripple performance.

Unique Advantages

• High-voltage bulk capacitance — 3900 µF at 400 V supplies substantial stored energy for DC systems without requiring series-parallel stacking.
• Engineered for ripple stress — Rated ripple-current values at both low and high frequencies help maintain performance under real-world AC ripple loads.
• Predictable lifetime under load — 2000-hour load-life specification at 85 °C with rated ripple current provides measurable reliability for thermal and ripple-stressed designs.
• Robust screw-terminal connections — M5-compatible screw terminals and radial can format simplify secure mechanical and electrical integration into assemblies.
• Wide operating temperature range — −40 °C to +85 °C rating supports deployment across varied industrial environments.
• RoHS compliance — Meets current directive requirements for restricted substances.

Why Choose LNY2G392MSEFBN?

The LNY2G392MSEFBN positions itself as a high-capacitance, high-voltage aluminum electrolytic solution for designers needing reliable bulk energy storage in a screw-terminal radial package. Its combination of 3900 µF at 400 V, sizeable ripple-current capability, and a 2000-hour load-life rating at 85 °C delivers a verifiable performance profile for compact power systems and high-voltage DC filtering.

This capacitor is well suited to engineers and procurement teams seeking a robust, RoHS-compliant polarized capacitor with simple mechanical mounting and clear electrical specifications. It provides long-term value through predictable life performance, secure terminal connections, and compatibility with equipment downsizing initiatives.

Request a quote or submit a sales inquiry to receive pricing, availability, and delivery information for LNY2G392MSEFBN. Our team can provide technical details and support for integrating this capacitor into your designs.