Everyone knows that the use of ceramic capacitors is mainly divided into power transmission, power distribution system power equipment and pulse energy processing equipment. It is a common capacitor. Some customers ask if the current is too large, causing the capacitor to break. Editing is simple fo

The capacitance and frequency are inseparable, and the relationship should be very close. The high-capacity ceramic capacitors have a large capacitance. The response to high frequencies is poor. The response to low frequencies is good, while the ceramic capacitors with small specifications have low

We know that high-voltage ceramic capacitors are used in power systems on weekdays. The outer layer is made of ceramic and can be insulated for protection. The key feature of high-voltage ceramic capacitors is their high withstand voltage, which is higher than 1KV on weekdays. High-voltage ceramic c

The type of capacitor is different, and its design structure and principle will be very different. From a macro perspective, capacitors can be divided into polar and non-polar capacitors. For polar capacitors, the accuracy of the positive and negative electrodes must be ensured during installation.

In the manufacturing industry, production is inseparable from quality, and quality requires production coordination. The quality of production is closely related, and there are quality personnel in places where production is available. The manufacture of ceramic capacitors seems to be simple, but it

Production principle:Extruded into a round tube, disc or disc with a high dielectric constant ceramic capacitorIt is made of a medium and is plated with silver on a ceramic by an infiltration method. It is divided into two types: high frequency porcelain and low frequency porcelain. A capacitor with

The frequency characteristics of the porcelain capacitor refer to the relationship between the capacitance of the capacitor and other parameters as a function of frequency. Generally speaking, when the capacitor is operated at high frequency, as the operating frequency increases, as the dielectric c

The frequency characteristic of the ceramic capacitor refers to the relationship between the capacitance of the capacitor and the like as a function of frequency. Generally speaking, when the capacitor is operated at high frequency, as the operating frequency increases, as the dielectric constant of

The frequency characteristic of the ceramic capacitor refers to the relationship between the capacitance of the capacitor and the like as a function of frequency. Generally speaking, when the capacitor is operated at high frequency, as the operating frequency increases, as the dielectric constant of

In circuits with resistors, inductors, and capacitors, the blocking effect on the current in the circuit is called impedance. Impedance is a physical quantity that represents the performance of a component or the electrical performance of a segment of a circuit. The effective value or peak of the vo