Multilayer Ceramic Chip Capacitor

Surface mount multilayer ceramic chip capacitors mil qualified type cdr.

Multilayer ceramic chip capacitor.

Construction of a multilayer ceramic chip capacitor mlcc 1 metallic electrodes 2 dielectric ceramic 3 connecting terminals construction of a ceramic disc capacitor ceramic capacitors are composed of a mixture of finely ground granules of paraelectric or ferroelectric materials appropriately mixed with other materials to achieve the desired characteristics. Surface mount multilayer ceramic chip capacitors mil qualified type cdr features military qualified products federal stock control number cage code 2770a high reliability tested per mil prf 55681 tin lead termination codes w z and u lead pb free termination codes y and m wet build. Ceramic capacitors exhibit low parasitics and excellent emi filtering capabilities. Multiple styles are available such as mlcc chips leaded capacitors stacked capacitors and capacitors that utilize unique geometries.

Multilayer ceramic chip capacitors kyocera supplies quality multilayer ceramic capacitors made with high purity ceramics. Ceramic chip capacitor catalog 1 82mb pdf entire catalog with specifications and dimensions. They are used as bypass capacitors in op amp circuits filters and more. Information on kyocera multilayer ceramic chip capacitors cm series.

Commercial capacitors high reliability hr capacitors. Advantages of mlcc include. We promote miniaturization higher capacitance and higher function with a wide range of products that are suitable for diverse applications. Multilayer ceramic capacitors mlccs are generally the capacitor of choice for applications where small value capacitances are needed.

To make multilayer ceramic chip capacitors more compact with larger capacity we drew on tdk s advanced material technologies making the particle sizes super fine. Small parasitic inductance give better high frequency performance compared to aluminum electrolytic capacitors. In a multilayer configuration they display high capacitance values and various voltage ratings over a wide temperature range. By putting our original processing technologies to full use we have perfected the advanced layering technique which ensures the precise placing of dielectric and electrode layers as well as the multilayering technology capable of.

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