Too Many Capacitors? Here's How to Choose the Right One

Typical price i
5.– to 17.–

Features high capacitance values, making them suitable for applications requiring significant energy storage.

Ideal for use in power supply circuits due to their ability to handle high voltage and reduce ripple effectively.

Typical price i
7.– to 68.–

Offers low capacitance values and high-frequency stability, making them perfect for RF and audio applications.

Beneficial for filtering and decoupling in electronic circuits due to their small size and non-polarity.

Typical price i
17.– to 43.–

Provides excellent stability and low inductance, suitable for precision applications.

Preferred in audio circuits and power supply filtering for their reliability and long lifespan.

Typical price i
9.– to 20.–

Capable of storing and delivering energy rapidly, bridging the gap between traditional capacitors and batteries.

Useful in applications requiring quick charge and discharge cycles, such as in regenerative braking systems.

Typical price i
9.– to 18.–

Suitable for small electronic devices and circuits with low energy requirements.

Ideal for use in applications like radio tuning and small signal filtering, where precision and stability are needed.

Typical price i
9.– to 25.–

Designed for moderate energy storage needs in a variety of electronic devices.

Commonly used in power supply smoothing and coupling applications, providing a balance between size and capacity.

Typical price i
5.– to 14.–

Capable of storing large amounts of energy for high-demand applications.

Best used in power electronics, such as motor drives and audio amplifiers, where robust energy handling is required.

Typical price i
9.– to 25.–

Features a tight tolerance range, allowing for minimal deviation from the specified capacitance value.

Ideal for high-precision applications where consistent performance is critical, such as in signal processing or timing circuits.

Typical price i
5.– to 14.–

Offers a moderate tolerance range, accommodating some variation in capacitance.

Suitable for general-purpose applications where some flexibility is acceptable, balancing cost and performance.

Typical price i
4.– to 22.–

Has a wide tolerance range, permitting significant deviation in capacitance values.

Best for non-critical applications where cost is prioritized over precision, such as in power supply filtering.

Typical price i
10.– to 22.–

Known for mass production capabilities and cost-effective manufacturing.

Capacitors made in China often provide affordable options with a wide range of choices for budget-conscious buyers.

Typical price i
17.– to 22.–

Renowned for high-quality engineering and strict quality control standards.

Capacitors from Germany are often associated with reliability and durability, ideal for critical applications demanding long-term performance.

Typical price i
85.– to 190.–

Offers a growing electronics manufacturing sector with competitive pricing.

Indian capacitors provide a balance of quality and affordability, suitable for various mid-range applications.

Typical price i
94.– to 220.–

Focuses on sustainable manufacturing processes and innovation.

French capacitors can be a good choice for environmentally conscious consumers seeking innovative solutions.

Renowned for high-quality electronic components and kits.

Ideal for both hobbyists and professionals seeking reliable performance.

Specializes in innovative capacitor solutions with a focus on efficiency.

Offers enhanced energy storage options, suitable for advanced electronic applications.

Known for cost-effective solutions without compromising on quality.

Perfect for budget-conscious projects requiring dependable components.

Offers a wide range of capacitors with a focus on affordability.

Suitable for large-scale projects where cost efficiency is paramount.

Famous for versatile electronic kits and components.

Great for educational purposes and DIY enthusiasts seeking comprehensive solutions.