Chip capacitors are a category of capacitors. Chip capacitor full name: multi-layer (laminated, laminated) chip ceramic capacitor, also known as chip capacitor, chip capacity. There are two ways to express the chip capacitance, one is expressed in inch units, and the other is expressed in millimeter units.
The parameters included in the naming of the chip capacitor are the size of the chip capacitor, the material used to make the chip capacitor, the accuracy required, the required voltage, the required capacity, the requirements of the end and the requirements of the packaging. Generally, the parameters required to order the chip capacitor should be the size, the required accuracy, the voltage requirements, the capacity value, and the required brand. The parameters included in the naming of the chip capacitor are the size of the chip capacitor, the material used to make the chip capacitor, the accuracy required, the required voltage, the required capacity, the requirements of the end and the requirements of the packaging. Generally, the parameters required to order the chip capacitor should be the size, the required accuracy, the voltage requirements, the capacity value, and the required brand.
Chip capacitors mainly include: chip ceramic capacitors (MLCC), chip electrolytic capacitors, chip solid capacitors, chip tantalum capacitors, chip safety capacitors and so on. MLCC Multi-Layer Ceramic Capacitors are one of the most commonly used capacitors on the market at present. They are favored by engineers due to their advantages of convenient mass production, stable product performance, good consistency, small size, high voltage resistance, high precision and so on. Chip ceramic Capacitor A type of capacitor that temporarily charges and eliminates Noise on the circuit. The dielectric layer and the inner electrode layer are intercrossed in a laminated structure. One of the passive components, Multi-Layer Ceramic Capacitors (MLCCS) are the most common capacitors for temporarily charging and eliminating Noise on the circuit. The body is composed of a dielectric layer and an inner electrode layer composed of nickel. The MLCC is fixed to the PCB or Hybrid IC module through the termination external electrode.
Material classification and temperature resistance of the chip capacitor:
COG/NOP low capacitance value Temperature resistance characteristics: -55℃~+125℃
The X6S/S6T is suitable for medium and high volume temperature resistance: -55℃~+105℃
X5R/X5S is suitable for high volume temperature resistance: -55℃~+85℃
X7R/X7S/X7T suitable for medium and high volume temperature resistance: -55℃~+125℃
X8L/X8M/X8R Suitable for medium and high volume temperature resistance: -55℃~+150℃
X9M is suitable for high capacitance capacitance temperature resistance: -55℃~+200℃
The size of the patch capacitance: 01005020 1040 2060 3080 5120 6121 0181, 2222 and so on.
Chip capacitor brands are: MURATA (SAMSUNG), TAIYO (TAIYO), YAGEO (YAGEO) and so on.
According to the material classification, chip capacitors can be divided into: chip ceramic capacitors and chip tantalum capacitors, chip tantalum capacitors mainly AVX and KEMET.
Chip capacitors can be divided into two types according to the voltage withstand value: ordinary ceramic chip capacitors and high-voltage chip capacitors, some of which are based on 50V, below 50V have become ordinary ceramic chip capacitors, more than 50V are called high-voltage capacitors, but some of them are based on 1KV, reaching 1KV or more for high-voltage chip capacitors.
Chip capacitors can also be divided into several categories according to their use: chip safety capacitors, chip automotive grade capacitors, ordinary chip ceramic capacitors, chip tantalum capacitors for filter circuits and chip point dissolving capacitors.
