Capacitor 2 µF No name model Czę000351 — fixed film power component

Fixed 2 µF film capacitor from No name designed for general-purpose use in electronic circuits. This passive component provides a stable capacitance value suitable for filtering, coupling and decoupling, timing and noise suppression tasks. The component is intended for mounting on printed circuit boards in consumer electronics, household appliances, prototypes and other devices that require a small-value film capacitor with consistent performance.

Advantages

The capacitor delivers a fixed 2 µF capacitance with low drift and predictable behavior over typical operating conditions, making it suitable where stable charge storage and transient suppression are needed. Its film construction offers better frequency response and lower equivalent series resistance compared with some electrolytic alternatives, which helps reduce losses and improve signal integrity. The compact form factor facilitates PCB placement in both new designs and repair work.

Suitable for

• Power supply filtering and decoupling on printed circuit boards
• AC and DC coupling in signal paths
• Timing and RC networks in control circuits
• Noise suppression in consumer electronics and appliances
• Prototyping and small-scale repairs

Key specifications

• Nominal capacitance: 2 µF
• Type: fixed film capacitor
• Application: power and signal circuits (filtering, coupling/decoupling, timing)
• Mounting: through-hole or PCB-compatible package (check physical dimensions before assembly)
• Stability: designed for stable capacitance under normal operating temperatures and voltages

How to use

Select the capacitor when a stable 2 µF value is required for filtering, coupling or timing. Verify the component’s voltage rating and physical dimensions against the circuit requirements and board layout before installation. Observe correct polarity only if using a polarized alternative; film capacitors are typically non-polarized. Solder the leads to the PCB using standard soldering practices and ensure mechanical support to prevent stress on solder joints.

Usage recommendations

Confirm the maximum working voltage and temperature range with your circuit specifications and avoid exceeding those limits. For noise-sensitive or precision applications, place the capacitor close to the relevant IC or power node to minimize parasitic inductance and trace length. Store unused components in a dry, electrostatically safe environment.