The difference between high-voltage ceramic capacitors and safety capacitors

What is the fundamental difference between single stone capacitors and ceramic capacitors that we often use in circuits? This is a topic of discussion for many beginners when they start school. This article provides a simple answer to this question, let's learn together!

How to distinguish between single stone capacitor 104 and ceramic capacitor 104?

104 single stone capacitor represents its capacitance as: 104=100000pF=100nF=0.1 μ F.

104 represents the capacity of the capacitor using a three digit labeling method. The first two digits are numbers, and the third digit is the bit rate (i.e., to the power of 10), measured in pF.

Single stone capacitors, also known as multilayer ceramic capacitors, have the characteristics of small volume, large capacitance, high insulation resistance, and good temperature resistance. They can be used for resonance, coupling, filtering, bypass, and other applications in electronic circuits. The 104 ceramic capacitor is 0.1uF. 104 capacitor, the first two digits represent the value, and the following 4 represents the power of 10. Therefore, the value of 104 capacitor is 10x10 ^ 4pF=10 ^ 5pF=10 ^ (-7) F=0.1uF.

Ceramic capacitor is a type of capacitor made of ceramic material as a medium, coated with a layer of silver paste on the surface of the ceramic medium, and then sintered at high temperature as a metal silver electrode.