Kapasitor keramik multilayer

Itu Multilayer ceramic chip capacitor/SMD MLCC is composed of a ceramic medium and a metal electrode.

It has the characteristics of high dielectric constant, low loss factor, excellent high temperature resistance and stable capacitance value.
Chip ceramic capacitor/SMD MLCC is widely used in various electronic equipment.

1. Filter daya: chip ceramic dielectric capacitor/SMD MLCC can be used in power filter circuit, by connecting to the power line, remove high-frequency noise and stray signals in the power supply, provide stable power supply voltage.

2. Coupling and terminal capacitors: chip multilayer ceramic capacitor can be used as signal coupling and terminal capacitors to transmit and process signals in the circuit. They can effectively isolate different parts of the circuit, reducing interference and noise.

3. Oscillator and resonator: Kapasitor keramik multilayer chip memainkan peran penting dalam rangkaian osilator dan resonator. Mereka digunakan untuk mengontrol frekuensi dan menstabilkan kinerja rangkaian osilasi.

4. Filter elektronik: kapasitor keramik multilapis chip dapat digunakan untuk membuat berbagai jenis filter elektronik, seperti low-pass, lulus tinggi,filter band-pass dan band-stop. Mereka digunakan untuk secara selektif meneruskan atau memblokir sinyal dengan frekuensi tertentu dalam suatu rangkaian.

5. Resonator keramik: kapasitor keramik chip sering digunakan pada rangkaian resonator keramik untuk menstabilkan dan mengatur frekuensi resonansi rangkaian.6. Aplikasi tekanan tinggi: bejana dielektrik keramik chip banyak digunakan dalam aplikasi tekanan tinggi karena ketahanannya terhadap tekanan tinggi. Dalam sistem tenaga listrik, Misalnya, they can be used for power capacitance compensation and insulation of power transmission lines.
Chip ceramic capacitor/SMD MLCC applications are very wide, covering a variety of fields such as power filter, coupling and terminal capacitors, oscillators and resonators, electronic filters,ceramic resonators and high voltage applications.