Capacitor 6 µF No name model Czę000364 — single-value AC/DC film/electrolytic component

6 µF capacitor No name model Czę000364 is a single-value passive component designed to provide a fixed capacitance of six microfarads for use in AC or DC circuits, depending on the capacitor dielectric and construction. It is intended for general electronic assemblies, repairs and prototypes where a 6 µF capacitance is required. Before installation, verify voltage rating and polarity (for polarized types) according to the circuit requirements.

Advantages

This 6 µF capacitor offers a compact, single-value solution for smoothing, coupling, decoupling and short-term energy storage in electronic circuits. Its straightforward specification makes it easy to select for replacement or design tasks where a defined capacitance is needed. The component can be used in both AC and DC environments when its dielectric type and voltage rating are appropriate for the application.

Suitable for

• Power supply filtering and ripple reduction
• Coupling and decoupling between circuit stages
• Timing circuits and transient suppression
• Repair and replacement in consumer electronics and small appliances

Key specifications

• Capacitance: 6 µF (microfarads)
• Component type: single fixed-value capacitor
• Application: suitable for AC and DC circuits depending on dielectric and construction
• Typical functions: filtering, coupling, decoupling, timing, energy storage

How to use

Select this 6 µF capacitor when the circuit design or repair calls for that specific capacitance. Confirm the required voltage rating and whether a polarized or non-polarized capacitor is needed; polarized electrolytic capacitors must be installed with correct polarity, while film or non-polarized types can be used in AC applications. Mount the component according to circuit layout and soldering standards, ensuring secure electrical and mechanical connections and that working voltages do not exceed the capacitor's rated value.

Usage recommendations

Check the original circuit documentation or measure the replaced component to confirm capacitance and voltage requirements. When replacing capacitors in power supplies or audio circuits, match or exceed the original voltage rating and use low-ESR types if the application demands low ripple and high-frequency performance.