UVR2C2R2MED

The UVR2C2R2MED is a Nichicon UVR series aluminum electrolytic capacitor in a radial-lead miniature can. It provides 2.2 µF capacitance at a 160 V rated voltage in a compact φ6.3 × 11 mm package and is intended for general-purpose use within the UVR family, which is specified for entertainment electronics.

Its specification set — including a wide operating temperature range, defined ripple current ratings, measured dissipation factor, and defined endurance at elevated temperature — makes it suitable where a small, polarized electrolytic capacitor is needed for through-hole assemblies and compact power or signal circuits.

Key Features

• Electrical Rating – 2.2 µF nominal capacitance with tolerance −20% to +20% and a 160 V rated voltage for medium-voltage applications.
• Dissipation Factor (tan δ) – tanδ = 0.2 measured at 20°C, 120 Hz, providing a quantified loss characteristic for AC and ripple considerations.
• Ripple Current Ratings – Low-frequency ripple current 33 mA (120 Hz) and high-frequency ripple current 52.8 mA (10 kHz), specified for design of decoupling and filtering stages.
• Leakage Current – Specified leakage current of 75.2 µA after rated-voltage application, useful for estimating standby loss and bias leakage.
• Endurance and Temperature Range – Rated for 2,000 hours at 85°C and specified to operate between −40°C and +85°C, with endurance recovery requirements defined in the UVR series specification.
• Compact Radial Package – φ6.3 × 11 mm can with 2.5 mm lead spacing (±0.5 mm) and radial lead mounting for through-hole PCB assemblies and prototyping.
• Compliance and Series Background – Part of Nichicon’s UVR miniature series and compliant with RoHS requirements as noted for the series.
• Packaging Options – Available in bulk (no terminal forming) or bag packing to support assembly and handling preferences.

Typical Applications

• Entertainment Electronics – Part of Nichicon’s UVR standard series for entertainment electronics; suited to compact power and signal circuits in consumer audio/video equipment.
• General-Purpose Through-Hole Designs – Radial lead form and small can size make it suitable for general-purpose PCB assemblies and prototype boards requiring polarized capacitance at medium voltage.
• Compact Power/Filtering Circuits – Defined ripple current and dissipation factor values allow engineers to size these capacitors for localized filtering and decoupling in space-constrained designs.

Unique Advantages

• Medium-Voltage Capability: 160 V rated voltage enables use where higher-than-low-voltage electrolytics are required without moving to larger cans.
• Small Footprint: φ6.3 × 11 mm can and 2.5 mm lead spacing reduce board area for compact designs and through-hole implementations.
• Documented Endurance: 2,000-hour endurance at 85°C provides a clear reliability target for lifecycle and thermal stress planning.
• Quantified Loss and Leakage: Specified tanδ (0.2) and leakage current (75.2 µA) give measurable inputs for AC loss and standby power budgeting.
• RoHS-Compliant Series: Part of a RoHS-compliant series, supporting regulatory requirements for lead-free assemblies.
• Flexible Packaging: Bulk and bag packing options support different assembly flows and inventory handling.

Why Choose UVR2C2R2MED?

The UVR2C2R2MED positions itself as a compact, medium-voltage aluminum electrolytic solution within Nichicon’s UVR miniature series. Its combination of 2.2 µF capacitance, 160 V rating, documented dissipation factor, ripple current specifications, and 2,000-hour endurance at 85°C makes it a straightforward choice for engineers specifying small, polarized capacitors for entertainment and general-purpose electronics.

Designed for through-hole mounting with a small can footprint and defined electrical characteristics, this part is suitable for designs that need verifiable leakage, loss, and ripple performance from a reputable series manufacturer.

To request a quote or submit a purchase inquiry for UVR2C2R2MED, please reach out to our sales team with your quantity and delivery requirements.