UVP1H330MPD

The UVP1H330MPD is a bi‑polarized aluminum electrolytic capacitor from Nichicon's UVP series, designed for use in entertainment electronics. It delivers a 33 µF capacitance at a 50 V rating in a compact radial‑lead can package.

Engineered for general‑purpose applications requiring bi‑polarized capacitors, this part combines a small footprint (L: 1.15 × D: 0.8 cm), RoHS compliance, and defined electrical endurance and ripple characteristics for predictable performance in end products.

Key Features

• Electrical — Capacitance & Voltage 33 µF rated capacitance at 50 V provides the specific charge storage and voltage capability required for bi‑polarized capacitor applications.
• Bi‑Polar Construction Bi‑polarized polarization suitable for circuits requiring non‑polar behavior (series characteristic from the UVP family).
• Package & Mounting Radial lead, can‑style package with 3.5 mm lead spacing and compact dimensions (L: 1.15 × D: 0.8 cm) for through‑hole PCB mounting.
• Temperature & Endurance Rated operating temperature range −40 °C to +85 °C with an endurance rating of 2000 hours at 85 °C (with periodic polarity inversion as specified in the UVP series endurance test).
• Ripple Handling Specified ripple current capability of 105 mA at 120 Hz and 210 mA at 10 kHz for defined AC performance across typical entertainment electronics operating frequencies.
• Leakage & Loss Characteristics Capacitance tolerance ±20% (120 Hz, 20 °C). Series leakage specification: after 5 minutes at rated voltage and 20 °C, leakage current ≤ 0.03 × C × V (µA). For a 50 V rated part, maximum tan δ is 0.14 as specified for the series.
• Regulatory Compliant to the RoHS directive (2011/65/EU, (EU)2015/863).

Typical Applications

• Entertainment Electronics Intended for use in consumer entertainment equipment where standard bi‑polarized electrolytic capacitors are specified.
• General Purpose Electronic Equipment Suitable for designs requiring a compact, radial‑lead bi‑polarized capacitor with defined endurance and ripple ratings.
• Through‑Hole PCB Assemblies Radial lead package and 3.5 mm lead spacing make this part appropriate for conventional through‑hole mounting and board layouts.

Unique Advantages

• Bi‑Polarized Design: Provides non‑polar capacitor characteristics suited to circuits that require polarity reversal or AC coupling where a bi‑polar part is specified.
• Compact Footprint: Small can dimensions (L: 1.15 × D: 0.8 cm) and 3.5 mm lead spacing minimize PCB area while retaining through‑hole reliability.
• Defined Ripple Performance: Published ripple current ratings (105 mA at 120 Hz; 210 mA at 10 kHz) allow predictable thermal and AC behavior during design validation.
• Temperature & Endurance Specification: Rated −40 °C to +85 °C with a 2000‑hour endurance at 85 °C, enabling designers to evaluate long‑term performance under elevated temperatures per the UVP series conditions.
• Traceable Manufacturer & Series: Part of Nichicon's UVP series, providing datasheet‑level specifications (tan δ, leakage formula, tolerance) for engineering verification.
• RoHS Compliant: Meets RoHS directive requirements (2011/65/EU, (EU)2015/863) for restricted substances control.

Why Choose UVP1H330MPD?

The UVP1H330MPD offers a practical combination of bi‑polarized behavior, compact radial‑lead packaging, and clearly documented electrical and endurance parameters drawn from the UVP series specifications. It is well suited to designers of entertainment and general‑purpose electronic equipment who require a RoHS‑compliant, through‑hole bi‑polarized aluminum electrolytic capacitor with defined ripple and endurance data.

Specified leakage, tan δ, ripple current values, and a 2000‑hour endurance rating at 85 °C give engineering teams measurable criteria to evaluate reliability and thermal behavior during product development and qualification.

If you would like pricing, lead‑time information or to request a formal quote for UVP1H330MPD, submit an inquiry or request a quote referencing the part number and your required quantity and delivery timeframe.