Key Specifications

• **Quantity:** 50 pieces
• **Brand:** Nichicon
• **Series:** FW
• **Capacitance:** 0.33uF
• **Voltage Rating:** 50V
• **Dimensions:** 5mm x 11mm
• **Type:** Electrolytic Capacitor
• **Application:** Audio Filter, Amplifier

What are these capacitors used for?

These Nichicon FW series electrolytic capacitors are specifically designed for audio applications. With a capacitance of 0.33uF and a voltage rating of 50V, they are suitable for use as filters and in amplifier circuits. Their compact 5x11mm size makes them versatile for various electronic projects where space is a consideration.

Why choose Nichicon FW series?

The Nichicon FW series is known for its reliability and performance in audio equipment. These capacitors are manufactured in Japan, ensuring high quality and consistent specifications. They are an excellent choice for DIY audio projects, repairs, or upgrades to existing amplifiers and sound systems where precise filtering and stable voltage are crucial.

Frequently Asked Questions:

What is the capacitance and voltage rating of these Nichicon capacitors?

Each capacitor in this 50-piece set has a capacitance of 0.33uF and a voltage rating of 50V. These specifications are suitable for various audio filtering and amplifier applications.

What are the physical dimensions of the Nichicon FW capacitors?

The capacitors have a compact cylindrical form factor with a diameter of 5mm and a length of 11mm. This makes them ideal for use in densely populated circuit boards or compact audio devices.

Are these capacitors suitable for DIY audio projects?

Yes, these Nichicon FW series capacitors are excellent for DIY audio projects, repairs, and upgrades. Their quality and specifications make them a reliable choice for enhancing amplifier performance and audio filtering.

What does the 'FW' in Nichicon FW series signify?

The 'FW' designation refers to a specific series of electrolytic capacitors by Nichicon, known for their suitability in audio applications. This series is recognized for its quality and performance characteristics in sound reproduction.