Capacitor 8 µF No name model Czę000367 – 8 microfarad electrical capacitor

The Capacitor 8 µF No name model Czę000367 is an electrolytic capacitor with a nominal capacitance of 8 microfarads designed for general-purpose electronic use. It provides energy storage and smoothing in low- to medium-voltage circuits and is suitable for filtering, decoupling and transient suppression in a variety of electronic assemblies. The component is intended for applications where a compact, radial-lead electrolytic capacitor with 8 µF capacitance is required.

Advantages

This 8 µF electrolytic capacitor offers stable capacitance for power-supply filtering and signal-decoupling tasks, contributing to reduced ripple and improved circuit stability. Its compact form factor and standard lead spacing facilitate easy installation on printed circuit boards or in point-to-point wiring. The capacitor’s construction is suitable for common operating temperatures and provides reliable performance in typical consumer and industrial electronic equipment.

Suitable for

• Power supply smoothing and ripple reduction
• Decoupling and bypassing in analog and digital circuits
• Audio equipment coupling and power filtering
• General-purpose electronic assemblies and prototypes

Key specifications

• Nominal capacitance: 8 µF
• Type: Electrolytic capacitor
• Polarity: Polarized (electrolytic)
• Typical package: Radial leads for PCB mounting
• Common applications: Filtering, decoupling, energy storage

How to use

Observe polarity when installing this polarized electrolytic capacitor: connect the positive lead to the circuit’s positive rail and the negative lead to ground. Ensure the capacitor’s voltage rating meets or exceeds the circuit’s maximum operating voltage. Mount the component by inserting the leads into the PCB holes or by appropriate soldering for point-to-point connections, and trim excess lead length after soldering. Allow for adequate spacing and ventilation if used near heat-generating components.

Usage recommendations

Select a voltage rating that provides sufficient margin above the expected circuit voltage, and avoid reverse polarity and excessive ripple current. For long-term reliability, limit exposure to elevated temperatures and replace capacitors that show signs of leakage, bulging, excessive ESR, or significant capacitance drift.