Key Specifications

• **Capacitance:** 3.3nF (332 / 3300pF / 3n3)
• **Voltage Rating:** 63V
• **Pitch:** 2.5mm
• **Quantity:** 20 pieces
• **Brand:** WIMA (MKS02 model)
• **Application:** Audio & Video Equipment (Amplifiers)

What are WIMA MKS02 Film Capacitors?

This product is a set of 20 WIMA MKS02 film capacitors, a crucial component for audio circuits. Each capacitor offers a capacitance of 3.3nF and a voltage rating of 63V, with a standard 2.5mm pin pitch for easy integration into circuit boards.

These capacitors are specifically designed for use in audio and video equipment, with a particular emphasis on amplifiers. They are ideal for audiophiles and technicians looking to upgrade or repair audio systems, ensuring high-fidelity sound reproduction.

Why Choose WIMA MKS02 Capacitors?

WIMA is a reputable brand known for producing high-quality electronic components. The MKS02 series film capacitors are recognized for their reliability and performance in demanding audio applications.

Their precise capacitance and voltage rating, combined with a standard pin pitch, make them a versatile choice for various amplifier designs and other audio circuits where stable performance is essential.

Frequently Asked Questions:

What is the capacitance of these WIMA MKS02 capacitors?

Each WIMA MKS02 capacitor in this pack has a capacitance of 3.3nF, also denoted as 332 or 3300pF. This value is suitable for various audio circuit applications.

What is the maximum voltage these capacitors can handle?

These capacitors are rated for a maximum voltage of 63V. Ensure your circuit's operating voltage does not exceed this rating to prevent damage.

What is the pin pitch for these capacitors?

The WIMA MKS02 capacitors feature a standard pin pitch of 2.5mm, which is common for many electronic circuit boards and amplifier designs.

Are these capacitors suitable for DIY audio projects?

Yes, these 3.3nF 63V WIMA MKS02 film capacitors are excellent for DIY audio projects, amplifier repairs, and upgrades due to their reliable performance and specific application focus.