Introduction to temperature compensated ceramic capacitors

The quality of electronic circuits is getting more and more attention from major enterprises. As an important part of the improvement of electronic circuit quality, capacitor temperature compensation has become the research direction of major enterprises. The quality of the capacitor temperature compensation has been raised, and the quality of the enterprise has also gone up. We will introduce the ceramic capacitor temperature compensation.

Temperature-compensated ceramic capacitors: temperature-compensated capacitors, also known as high-frequency ceramic capacitors. These capacitors have low loss, high capacitance stability, and a variety of temperature coefficients. They are suitable for resonant circuits and circuits that require excessive compensation. And places where low loss or high capacitance requirements are required.

High dielectric constant type: High dielectric constant type capacitor is also called low frequency ceramic capacitor. They are affected by temperature. The higher the temperature, the lower the C value, the lower the temperature, the higher the C value and the larger the capacity, which is also the difference between the high frequency ceramic tiles. The main features of high-voltage ceramic capacitors are high withstand voltage, high capacity, low loss and large capacitance. Its ceramic dielectric is characterized by a non-linear change in capacitance over a range of temperature ranges, suitable for bypassing, coupling use or for use in frequency discrimination circuits where low frequency loss and high capacitance are not important.

After reading the above introduction, I believe that everyone has a clear understanding of the temperature-compensated ceramic capacitors. It is important to understand the performance parameters of the capacitors so that we can select the appropriate capacitors based on the performance of the capacitors and our needs.