Condensador de cerámica multicapa

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

Tiene las características de alta constante dieléctrica., factor de pérdida bajo, Excelente resistencia a altas temperaturas y valor de capacitancia estable..
El condensador cerámico de chip/SMD MLCC se usa ampliamente en diversos equipos electrónicos.

1. Filtro de potencia: 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: The chip multilayer ceramic capacitor plays a key role in the oscillator and resonator circuit. They are used to control the frequency and stabilize the performance of the oscillating circuit.

4. Electronic filters: chip multilayer ceramic capacitor can be used to build various types of electronic filters, such as low-pass, high-pass,band-pass and band-stop filters. They are used to selectively pass or block signals of a specific frequency in a circuit.

5. Ceramic resonator: chip ceramic capacitor are often usedin ceramic resonator circuits to stabilize and adjust the resonant frequency of the circuit.6. High pressure applications: chip ceramic dielectric vessels are widely used in high pressure applications because of their high pressure resistance. In power systems, por ejemplo, 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.