Capacitor 10µF 450V Rebel URZ3130 axial electrolytic capacitor

Rebel URZ3130 axial electrolytic capacitor with a capacitance of 10µF and a rated voltage of 450V is designed for applications that require stable filtering, decoupling and short-term energy storage at high voltage. The axial lead configuration facilitates both printed circuit board and point-to-point mounting, making it suitable for repair and assembly of power supplies, amplifiers and various industrial electronics where compact high-voltage components are needed.

Advantages

The axial electrolytic design provides a compact footprint and straightforward orientation for series installation. Rated for 450V, the capacitor supports high-voltage circuits and offers consistent capacitance for filtering and decoupling tasks. Construction ensures reliable performance under typical operating conditions found in power supply rails and audio amplifier stages.

Suitable for

• High-voltage power supply filtering and smoothing
• Decoupling in amplifier and analog circuits
• Repair and refurbishment of industrial electronic equipment
• Point-to-point wiring and PCB mounting where axial leads are preferred

Key specifications

• Capacitance: 10 µF
• Rated voltage: 450 V DC
• Type: Electrolytic, axial
• Polarity: Polarized (electrolytic)
• Typical application: Filtering, decoupling, energy storage
• Mounting style: Axial leads for PCB and point-to-point assembly

How to use

Observe correct polarity when installing this polarized electrolytic capacitor: the negative lead must be connected to the lower potential node. Choose a capacitor with an equal or higher voltage rating than the circuit supply. For PCB assembly, route the axial leads through the board holes and secure with solder joints; for point-to-point wiring, allow gentle lead bends to avoid mechanical stress on the body. Ensure adequate spacing from heat sources and follow the manufacturer’s recommended soldering temperature and time to prevent damage to the electrolyte.

Usage recommendations

Use the capacitor within its voltage and temperature ratings, allow a safety margin above the operating voltage, and replace units showing signs of leakage, bulging or excessive ESR. When used in power supplies or amplifier output stages, pair with appropriate series or parallel components only after verifying compatibility with circuit impedance and ripple requirements.