Electrolytic Capacitor 100 µF No name Czę000342 – 100uF Polarized Capacitor

Electrolytic Capacitor 100 µF No name Czę000342 is a polarized aluminum electrolytic capacitor with a rated capacitance of 100 µF designed for DC circuit applications. This passive component is intended for use on printed circuit boards where a compact energy storage and smoothing element is needed. It is suitable for power supply filtering, decoupling, transient suppression and general-purpose electronics repairs or custom designs that call for a 100 µF polarized capacitor.

Advantages

The capacitor provides stable capacitance suitable for low-frequency smoothing and bulk energy storage in DC circuits. Its polarized design ensures correct placement for applications requiring polarity-aware components. The component is compact for PCB mounting and compatible with standard through-hole or radial soldering processes, making it convenient for repair and prototyping tasks. Its construction offers reliable performance in typical electronic operating conditions when used within rated voltage and temperature limits.

Suitable for

• Power supply smoothing and filtering in DC electronics
• Decoupling and noise reduction on circuit boards
• Audio circuit power supply stabilization
• Energy storage for transient load handling
• Repairing or prototyping PCB assemblies requiring 100 µF polarized capacitors

Key specifications

• Capacitance: 100 µF
• Type: Polarized electrolytic capacitor
• Mounting: PCB through-hole / radial leads
• Typical applications: Smoothing, decoupling, filtering, energy storage
• Package style: Cylindrical aluminum electrolytic

How to use

Observe polarity markings when installing the capacitor: the negative lead must be connected to the circuit's negative rail and the positive lead to the positive rail. Place the capacitor on the PCB so that its leads match the designated holes; solder using appropriate flux and temperature settings to avoid overheating. Ensure the working voltage of the circuit does not exceed the capacitor's rated voltage and allow proper spacing from heat-generating components. For long-term reliability, follow standard electrolytic capacitor handling practices such as avoiding prolonged exposure to high ambient temperatures and voltage stress.

Usage recommendations

Select capacitors with equal or higher rated voltage if replacing parts to provide margin against overvoltage. When used in power supplies or audio equipment, allow a short run-in period under normal load and inspect periodically for signs of leakage or bulging. For high-ripple or high-temperature environments, consider components specified for higher ripple current and temperature ratings.