B32562H3225
2.2uF film capacitors for various applications
Manufacturer： epcos
series introduction
The B32562H3225 Series is a distinguished line of film capacitors engineered for applications requiring high reliability and performance in demanding environments. This series features polypropylene dielectric material that ensures low dissipation factors and exceptional insulation resistance, making it ideal for high-frequency and high-voltage applications. With a capacitance value of 0.22 µF and a voltage rating of 250 V AC, the B32562H3225 capacitors provide robust solutions for a variety of electronic circuits.
The design of the B32562H3225 Series prioritizes compactness and efficiency, featuring a radial leaded configuration that facilitates easy integration into existing circuit designs. The capacitors exhibit a high tolerance for temperature variations and are capable of operating over an extensive temperature range of -40°C to +85°C. This versatility makes them suitable for harsh environments, where fluctuations in temperature can impact component performance. Additionally, their self-healing properties enhance their longevity and reliability, ensuring minimal maintenance and maximum uptime in critical applications.
These capacitors find their primary use in applications such as AC motor drives, power supplies, and filtering circuits, where they effectively mitigate voltage spikes and noise interference. They are particularly favored in industrial automation systems, renewable energy solutions, and consumer electronic devices, where precision and stability are paramount. The B32562H3225 Series is also suitable for applications in automotive electronics, offering resilience against vibrations and thermal stress that are common in vehicle environments.
In summary, the B32562H3225 Series combines advanced material technology with practical design features, making it an excellent choice for engineers seeking dependable capacitors for high-performance applications. Its adaptability across various sectors, along with its outstanding electrical characteristics, positions it as a reliable component in the ever-evolving landscape of electronic design.
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