MLCCs are multilayered capacitors made of alternative layers of ceramic and metal. These capacitors possess low impedance value at high operating frequencies, thereby making them suitable for use in electronic devices for the function of noise suppression. The increasing demand for MLCCs in high-specification gadgets such as smartphones and tablets is expected to drive the market.
The emergence of advanced designs with filtering, decoupling, higher capacitances, and improved bypassing capabilities has also worked well for the MLCC market in the recent years. These new designs are ensuring thinner layers and better charge capacity. Moreover, MLCCs are being widely used in DC-DC and AC-AC converters for Electromagnetic Interference (EMI) suppression.
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Multi-Layer Ceramic Capacitors are also integrated into smart LCD and LED televisions. Increasing popularity of such televisions is expected to accelerate the market growth. Moreover, the emergence of Internet of Things (IoT) is creating diverse opportunities for the market as MLCCs are an ideal solution for IoT devices owing to their long service life and intrinsic reliability.
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HVC produce Radial Lead MLCC, using Taiwanese make & Samsung MLCC as basic component, automatic production machine ensurehigh precision in quality and also lower material cost, HVC Radial lead MLCC already replacing Murata,TDK,Vishay, AVX same spec
Capacitors can be divided into many types according to their materials.
Today we will take a look at what ceramic capacitors are and what are the functions of ceramic capacitors.
As the name suggests, a ceramic dielectric capacitor is a capacitor whose dielectric material is ceramic.
Capacitors with small positive capacitance temperature coefficients are used in high-stability oscillation circuits as loop capacitors and pad capacitors.
Low-frequency ceramic capacitors are limited to bypass or DC blocking in circuits with lower operating frequencies, or occasions where stability and loss are not high (including high frequency).
Such capacitors are not suitable for use in pulse circuits because they are susceptible to breakdown by pulse voltage.
