Capacitor 60µF 450V electrolytic, EB2075973512 by unknown brand

Electrolytic capacitor 60µF 450V EB2075973512 is a compact high-voltage energy storage component intended for use in power electronics. With a rated capacitance of 60 microfarads and a 450 volts DC voltage rating, this capacitor is designed to provide smoothing, decoupling and pulse current handling in power supplies, inverters and other high-voltage circuits. Its construction suits repair, maintenance or new builds where a 60µF/450V electrolytic capacitor specification is required.

Advantages

The capacitor offers stable capacitance under nominal voltage and is optimized for applications that require high-voltage handling and energy buffering. Its compact form factor allows integration into constrained PCB spaces while maintaining sufficient ripple current capability for typical power-supply environments. The device is suitable for long-term installation when operated within specified voltage and temperature ranges.

Suitable for

• Power supply smoothing and filtering
• DC link and inverter circuits
• Pulse energy buffering in switching applications
• Repair and refurbishment of high-voltage electronic equipment
• Prototype and production boards requiring 60µF/450V capacitance

Key specifications

• Nominal capacitance: 60 µF
• Rated voltage: 450 V DC
• Type: electrolytic capacitor
• Polarity: polarized (electrolytic)
• Typical applications: power supplies, inverters, DC link circuits
• Form factor: compact can-style component suitable for PCB mounting

How to use

Install the capacitor observing polarity: connect the positive terminal to the circuit’s positive rail and the negative to ground or negative rail. Ensure working voltage in the circuit does not exceed the 450 V rating and allow appropriate safety margins. When replacing an existing capacitor, verify capacitance and polarity match the original to maintain circuit performance. Follow standard soldering and assembly practices suitable for electrolytic capacitors, including appropriate heating times and cooling to avoid overheating the component.

Usage recommendations

Operate the capacitor within its rated voltage and temperature limits and provide adequate ventilation in high-ripple environments. Use appropriate surge protection or limiting resistors when the circuit may be exposed to transient overvoltages. For long-term reliability, avoid continuous operation at maximum rated temperature and consider using a component with higher voltage or temperature rating if the application involves frequent thermal cycling or high ripple currents.