Capacitor 35 µF No name model Czę000359 — 35 microfarad electrolytic capacitor

No name electrolytic capacitor with a nominal capacitance of 35 µF, intended for general-purpose electronic use. The capacitor is designed to provide filtering, decoupling and short-term energy storage in circuits where a 35 microfarad value is required. It is suitable for replacing or repairing components on power supplies, audio equipment, control boards and other consumer or industrial electronic devices when the voltage rating and polarity match the circuit requirements.

Advantages

This 35 µF electrolytic capacitor offers a compact solution for smoothing voltage ripple and stabilizing supply rails. Its polarized design allows for reliable bulk capacitance in low- to medium-voltage circuits. The component is suitable for routine maintenance and repairs, providing predictable electrical behaviour when installed with correct polarity and voltage rating. It is compatible with standard through-hole or PCB mounting practices for electrolytic capacitors of this size.

Suitable for

• Power supply smoothing and ripple reduction
• Audio equipment decoupling and coupling stages
• Control boards and industrial electronics for transient suppression
• General-purpose circuit repairs and component replacement

Key specifications

• Nominal capacitance: 35 µF
• Type: Electrolytic, polarized
• Typical applications: Filtering, decoupling, energy storage
• Form factor: Radial/axial through-hole style typical for electrolytic capacitors of this class (verify before purchase)

How to use

Before installation, verify the capacitor’s voltage rating and polarity against the circuit requirements. Observe correct polarity marking when soldering to a PCB or using leads in a through-hole socket. Allow sufficient cooling time after soldering and secure the component to prevent mechanical stress. Replace only with components of equal or higher voltage rating and comparable capacitance to maintain circuit performance.

Usage recommendations

Store and handle the capacitor in a dry, static-free environment. For long-term reliability, avoid operating significantly above the rated voltage and keep operating temperature within manufacturer guidelines. When replacing capacitors in aging equipment, inspect surrounding components and clean PCB solder joints to ensure optimal performance.