Capacitor Rebel URZ3136 35 µF 450 V electrolytic power capacitor

Rebel URZ3136 35 µF 450 V electrolytic power capacitor is designed for high-voltage smoothing and energy storage in power electronics. The component provides stable capacitance for filtering, decoupling and pulse load support in circuits where a compact, moderate-capacitance electrolytic capacitor is required. It is intended for use in industrial and commercial equipment such as power supplies, motor control circuits and other high-voltage applications that demand reliable performance over extended operation.

Advantages

The capacitor offers a rated capacitance of 35 µF and a nominal voltage of 450 V, delivering a balance between energy storage and compact size. Its electrolytic construction ensures relatively high capacitance per volume and good ripple current handling for smoothing applications. The device is built for durability in electrical systems that require stable capacitance under continuous load and can contribute to reduced voltage ripple and improved power stability in the circuit.

Suitable for

• Power supply filtering and bulk energy storage
• Motor starter and drive circuits
• Industrial power electronics and converters
• Pulse smoothing and decoupling in high-voltage assemblies

Key specifications

• Capacitance: 35 µF
• Nominal voltage: 450 V DC
• Type: Electrolytic power capacitor
• Primary function: Filtering, energy storage and smoothing
• Application environment: Suitable for industrial and commercial electronic circuits

How to use

Select the Rebel URZ3136 capacitor according to the circuit’s required capacitance and voltage margin; ensure the working voltage does not exceed the capacitor’s 450 V rating. Observe correct polarity when installing in DC circuits and mount the component securely to prevent mechanical stress on leads or terminals. Provide appropriate ventilation and spacing from heat sources to maintain longevity. Verify ripple current and temperature ratings against the application’s operating conditions when designing or servicing equipment.

Usage recommendations

Use the capacitor within its specified voltage and temperature ratings, avoid exposure to excessive heat or vibration, and replace units showing visible swelling, leakage or significant change in electrical behavior. For critical systems, include appropriate surge protection and periodic inspection as part of maintenance routines.