UPW1C152MPD6

The UPW1C152MPD6 is a miniature, radial‑lead aluminum electrolytic capacitor from Nichicon's UPW series, engineered for high‑reliability power applications. It delivers 1.5 mF (1500 µF) capacitance at 16 V in a compact φ10 × 30.5 mm can, targeting switching power supplies and automotive electronics where high ripple handling and long endurance are required.

Key value propositions include a high capacitance-to-size ratio, substantial ripple current capability across low and high frequencies, and endurance rated for 5000 hours at 105°C—all in a radial lead package suitable for through‑hole assembly and prototyping.

Key Features

• Capacitance & Voltage — 1.5 mF (1500 µF) nominal capacitance rated at 16 V with tolerance of −20% to +20% for predictable energy storage.
• Low Impedance & Loss — Specified impedance of 70 mΩ and tangent of loss angle (tanδ) of 0.16 measured at 20°C, 120 Hz, supporting improved transient response in power rails.
• High Ripple Current Capability — Low frequency ripple current of 1.543 A at 120 Hz and high frequency ripple current of 1.815 A at 10 kHz for robust filtering in switching environments.
• High Reliability & Endurance — Rated life of 5000 hours at 105°C; designed as a high‑reliability type within the UPW series.
• Automotive Grade Qualification — Includes AEC‑Q200 rating for applications that require recognized automotive component-level qualification.
• Compact Radial Package — φ10 × 30.5 mm can with 5 mm lead spacing (±0.5 mm) in a radial lead form; available in bulk (no terminal forming) or bag packing for flexible handling.
• Polarized with Controlled Leakage — Polarized aluminum electrolytic construction with specified leakage current of 720 µA following rated conditions.
• Wide Operating Temperature — Operates from −55°C to +105°C to cover demanding thermal environments.

Typical Applications

• Switching Power Supplies — Bulk and output filtering where high ripple current and compact capacitance are needed to stabilize regulator outputs.
• Automotive Electronic Modules — Power rail smoothing and decoupling in modules that require AEC‑Q200 qualified components and long endurance at elevated temperature.
• DC‑DC Converters and Power Modules — Energy storage and transient suppression in compact power assemblies with high frequency switching.
• Compact Industrial Electronics — Power smoothing in space‑constrained assemblies that benefit from a high capacitance-to-volume ratio and radial lead mounting.

Unique Advantages

• High Capacitance in a Small Footprint — 1500 µF in a φ10 × 30.5 mm can reduces board space while providing significant energy storage.
• Designed for High Ripple Environments — Specified ripple currents at both 120 Hz and 10 kHz make this part suitable for mixed‑frequency switching applications.
• Proven High‑Temperature Endurance — 5000 hours at 105°C supports long service life in elevated temperature installations.
• AEC‑Q200 Qualification — Provides a level of automotive component qualification for designs requiring recognized reliability standards.
• Low Impedance and Controlled Loss — 70 mΩ impedance and tanδ 0.16 (20°C, 120 Hz) contribute to efficient power delivery and reduced dissipative losses.
• Flexible Handling Options — Radial lead form with bulk or bag packing accommodates prototyping and production workflows.

Why Choose UPW1C152MPD6?

UPW1C152MPD6 combines high capacitance, solid ripple current performance, and automotive‑grade qualification in a compact radial‑lead package. It is well suited to designers building switching power supplies, DC‑DC converters, and automotive or industrial power rails that demand durability at elevated temperatures.

By delivering 1500 µF at 16 V with a 5000‑hour life at 105°C, low impedance, and AEC‑Q200 recognition, this Nichicon UPW part offers a dependable capacitor choice for systems where space, ripple handling and long‑term reliability are key design drivers.

Request a quote or submit a parts inquiry to obtain pricing and availability for UPW1C152MPD6 and discuss how this capacitor can fit your design requirements.