In electronic products, ceramic structures can be used to manufacture electronic components such as capacitors, inductors, and sensors.
Ceramic materials are widely used in the precision electronics industry, mainly including the following aspects:
Ceramic substrate: Ceramic substrate is a high-performance electronic material, with excellent insulation properties, high temperature stability and chemical stability, widely used in semiconductor devices, capacitors, inductors and other electronic components manufacturing.
Ceramic packaging: Ceramic materials have excellent high temperature resistance and corrosion resistance, and can be used to manufacture high-reliability electronic device packaging, such as high-power LED, power semiconductor devices, etc.
Ceramic capacitor: Ceramic capacitor is a common electronic component, with high stability, low leakage current, low distortion and other advantages, widely used in electronic products.
Ceramic thermistor: ceramic thermistor has temperature sensitive performance and can be used in temperature measurement, temperature control and other fields.
Ceramic piezoelectric materials: ceramic piezoelectric materials have piezoelectric effect, can convert mechanical energy into electrical energy, widely used in sensors, vibrators, acoustic devices and other fields. In short, ceramic materials are widely used in the precision electronics industry, with excellent performance and broad application prospects.