Capacitor KEMOT URZ3213 5 µF – film/metalized (5uF) single-value component

KEMOT URZ3213 is a fixed-value 5 µF film/metalized capacitor designed for use in electronic circuits that require a stable single-value component. The capacitor is intended for signal coupling, filtering, timing networks and power-supply decoupling in a variety of consumer and industrial applications. It is suitable for repair, prototyping and component replacement when a 5 µF film/metalized capacitor with this form factor and electrical characteristics is needed.

Advantages

This metalized film capacitor offers stable capacitance over a wide range of operating conditions, low dielectric absorption and good self-healing properties typical for metalized film dielectrics. The single-value 5 µF design simplifies selection for circuits that require a precise fixed capacitance. The construction provides low equivalent series resistance (ESR) and reliable performance in filtering and timing applications.

Suitable for

• Signal coupling and decoupling in audio and low-frequency circuits
• Power-supply smoothing and local decoupling
• Timing and RC networks in control electronics
• Replacement of failed capacitors in consumer and industrial devices
• Prototyping and circuit development on test benches

Key specifications

• Nominal capacitance: 5 µF
• Dielectric type: metalized film
• Component type: fixed single-value capacitor
• Typical uses: coupling, filtering, timing, decoupling

How to use

Select the capacitor when a fixed 5 µF capacitance is required and confirm that its voltage rating and physical lead spacing match the target circuit. Observe correct polarity where applicable (note: film/metalized capacitors are generally non-polarized) and mount the component according to the board layout or wiring diagram. For through-hole versions, solder leads using standard soldering temperatures and avoid prolonged heat exposure. For replacement tasks, de-solder the old component carefully and install the new capacitor in the same orientation and position.

Usage recommendations

Verify the capacitor's voltage rating and maximum temperature limits against the operating conditions of the application. Store unused capacitors in a dry environment and avoid mechanical stress to leads and casing during assembly. When used in audible-path or precision timing circuits, consider tolerance and stability specifications to ensure consistent performance.