Overview
The Mallory CG932U030U3C3PH is a high-capacitance aluminum electrolytic capacitor designed for demanding power supply and energy storage applications. With a capacitance of 9300µF and a rated voltage of 30VDC, this unit features a 45V surge rating for transient protection. Mallory electrolytic capacitors earned a reputation for durability and consistent performance across a wide temperature range.
Key Features
- High capacitance value of 9300µF for substantial energy storage
- 30VDC rated voltage with 45V surge capability for transient overvoltage protection
- Large-can aluminum electrolytic construction for reliability
- Suitable for power supply filtering, smoothing, and industrial electrical applications
- Screw terminal configuration for secure connections
Technical Specifications
- Capacitance: 9300µF
- Rated Voltage: 30VDC
- Surge Voltage: 45V
- Construction: Aluminum electrolytic, wet electrolyte
- Terminal Type: Screw terminals
- Case Style: Large can (CG series)
Typical Applications
The CG932U030U3C3PH is widely used in:
- DC power supply output filtering and bulk storage
- Industrial motor control and drive circuits
- Uninterruptible power supply (UPS) systems
- Energy storage in welding equipment
- Audio amplifier power supplies and smoothing
- Legacy equipment restoration and maintenance
Compatibility & Replacements
Compatible With
- Industrial DC power systems rated up to 30VDC
- Equipment designed for 9300µF aluminum electrolytic capacitor specification
- Power supply circuits requiring bulk energy storage
- Legacy industrial automation and control systems
Replaces / Drop-In Replacement For
This unit is a direct replacement for systems and equipment originally specified with Mallory CG932U030U3C3PH aluminum electrolytic capacitors. Verify compatibility with your specific application before installation.
Works With
- 30VDC power supply designs
- Screw-terminal mounting configurations
- Industrial equipment requiring high-capacitance bulk storage
- KEMET/Yageo modern equivalents available for specification matching
