The working principle of the multilayer ceramic capacitors

The development of science and technology is inseparable from electronic components. Because of this, high tech equipment has brought us a high quality of life and enjoyment. What are the working principles and differences of monolithic ceramic capacitors?

Chip multilayer ceramic capacitors, also known as monolithic capacitors, are the largest and fastest growing chip components in the world. According to the material used, it can be divided into three types. One is the class of temperature compensation, the two is high permittivity and the three is the semiconductor, which is mainly used in the oscillation, coupling, filtering and bypass circuits in the electronic machine.

The working principle of the multilayer ceramic capacitance ceramic capacitor is similar. The multilayer ceramic capacitor is used as the dielectric of the electronic ceramic material. The prefabricated ceramic slurry is made into a film with thickness less than 10 microns, and the inner electrode is printed on the medium film, and the ceramic dielectric film with the inner electric pole is alternately laminated. A plurality of capacitors are formed in parallel. At the high temperature, the first sintering is made into an inseparable integral chip. Then the outer electrode paste is applied to the end of the chip to form a good electrical connection with the inner electrode, and then the two poles of the chip ceramic capacitor are formed by retemperature reduction.

There is a certain difference in the capacitance of the multilayer ceramic capacitor. Porcelain capacitor is small in volume, wide in temperature coefficient, low in dielectric loss, small in leakage and moisture resistance. Shortcomings: small capacity, poor mechanical strength. The capacity of the multilayer ceramic capacitance is large and is suitable for low frequency. The ceramic capacitor is suitable for high frequency. The working principle of monolithic capacitors is similar. In some cases where the requirements are not very strict, they can be replaced each other. Of course, the replacement time can not be too long. It is necessary to change the capacitance of the same capacity as soon as possible.

After understanding the working principle of monolithic ceramic capacitors, I believe you will be familiar with the capacitance of monolithic ceramic tiles. We specialize in manufacturing safety capacitors, ceramic capacitors, monolithic capacitors, varistors, and film capacitors.