Electrolytic Capacitor 160 µF – No name, model Czę000349, radial can capacitor

Electrolytic Capacitor 160 µF is a radial can-type aluminum electrolytic capacitor intended for filtering, decoupling and short-term energy storage in electronic circuits. The component features a nominal capacitance of 160 µF and is designed for through-hole mounting in repair, prototyping and production of consumer and industrial electronics where a compact radial electrolytic capacitor is required.

Advantages

This radial can electrolytic capacitor offers stable capacitance for smoothing and noise suppression in power supplies and signal lines. Its can-style package provides reliable mechanical support for through-hole assembly and good thermal behavior under normal operating conditions. The component is suitable for use in a wide range of low- to medium-frequency circuits and can be integrated into existing boards during repair or new designs for filtering and decoupling tasks.

Suitable for

• Power supply smoothing and filter stages in consumer electronics
• Decoupling of ICs and voltage rails on printed circuit boards
• Repair and replacement of worn or failed electrolytic capacitors
• Hobby electronics, prototypes and DIY projects

Key specifications

• Nominal capacitance: 160 µF
• Capacitor type: Aluminum electrolytic, radial can (through-hole)
• Polarity: Polarized (electrolytic)
• Typical applications: Filtering, decoupling, energy storage

How to use

Mount the radial electrolytic capacitor in the correct orientation, observing polarity: the negative lead must be connected to the more negative node of the circuit. Ensure the capacitor's voltage rating (confirm on the physical component) meets or exceeds the circuit operating voltage. When replacing an existing capacitor, match capacitance and polarity and verify lead spacing and can dimensions fit the PCB footprint. During soldering, avoid excessive heating of the can and leads to prevent damage to the dielectric and electrolyte.

Usage recommendations

Use the capacitor within its specified voltage and temperature ratings, and allow a brief stabilization period after soldering before applying full operating voltage. For long-term reliability in power supplies, consider periodic inspection for signs of bulging, leakage or excessive ESR; replace if such signs appear.