LKG1V332MESZBK

The LKG1V332MESZBK is a snap‑in aluminum electrolytic capacitor from Nichicon’s LKG series, engineered for audio equipment. It delivers 3300 µF capacitance at 35 V in a radial, snap‑in can package tailored for board‑level bulk energy storage and smoothing in audio applications.

Designed with audio fidelity in mind, this part combines high capacitance, low‑frequency ripple capability and audio‑grade construction to support high‑grade and HD audio systems where stable filtering and power decoupling are required.

Key Features

• Capacitance & Voltage — 3300 µF nominal capacitance with a rated voltage of 35 V and tolerance of ±20% (−20%~20%), providing substantial bulk storage for power filtering.
• Audio‑Focused Design — Part of the LKG series developed for audio equipment; series documentation emphasizes priority on high‑fidelity sound quality and high tone quality grades suited for HD audio systems.
• Loss Characteristics — Tangent of loss angle (tanδ) specified at 0.3 measured at 20°C, 120 Hz, enabling predictable AC loss behavior in audio frequency environments.
• Ripple Current Capability — Low‑frequency ripple current rating of 2.25 A at 120 Hz, supporting sustained ripple handling in power supply filtering applications.
• Leakage — Specified leakage current of 1010 µA, defined per part data for predictable bias performance after application of rated voltage.
• Endurance & Temperature — Rated for 1000 hours at 85°C with an operating temperature range of −40°C to +85°C, suitable for equipment that requires long‑term stability under elevated operating temperature.
• Package & Mounting — Radial, can‑style snap‑in package (φ22 × 35 mm) for secure board mounting and high current handling in compact footprints; polarized device for correct polarity installation.
• Compliance — RoHS‑compliant per product data, supporting regulatory requirements for restricted substances.

Typical Applications

• High‑Grade Audio Equipment — Bulk energy storage and smoothing in power supplies of amplifiers and preamplifiers where audio fidelity is a priority.
• HD Audio Systems — Supporting stable supply rails and transient response in high‑resolution audio electronics.
• Power Filtering — Decoupling and low‑frequency ripple suppression in board designs that require substantial capacitance and ripple handling at 120 Hz.

Unique Advantages

• Designed for Audio Fidelity — Series heritage and construction emphasize tone quality and high‑fidelity performance for audio applications.
• High Bulk Capacitance at Moderate Voltage — 3300 µF at 35 V provides significant energy reserve in a compact φ22 × 35 mm can, reducing the number of components needed for bulk filtering.
• Robust Ripple Handling — 2.25 A ripple current rating at 120 Hz supports sustained AC loading typical of audio power supplies.
• Temperature‑Rated Endurance — 1000 hours at 85°C delivers defined long‑term behavior under elevated temperature stress for reliable operation.
• predictable Loss and Leakage — Specified tanδ and leakage current values enable designers to model AC losses and DC bias behavior accurately in system simulations.
• RoHS Compliance — Conforms to RoHS requirements as noted in the product data.

Why Choose LKG1V332MESZBK?

LKG1V332MESZBK positions itself as a practical audio‑grade electrolytic solution when substantial capacitance, defined ripple capability and predictable loss/leakage characteristics are needed in a snap‑in radial package. Its 35 V rating, 3300 µF capacitance and audio‑focused series design make it suitable for designers targeting high‑grade audio and HD audio equipment requiring reliable power filtering.

This capacitor is best suited to engineers and purchasers specifying board‑level bulk storage and smoothing elements where endurance at elevated temperature and clear electrical parameters (tanδ, leakage, ripple current) are required for system design and validation.

To request pricing, availability or submit a quote request for LKG1V332MESZBK, please contact the supplier’s sales channel or request a formal quote through your preferred procurement process.