The present innovative concept aims to create a multilayer ceramic electronic component with an excellent electrical conductivity as well as bending strength.

According to a particular aspect of the current inventive concept, a multilayer ceramic electronic component comprises a ceramic body having dielectric layers and an internal electrode an electrode layer connected to the internal electrode, and a conductive resin layer that is disposed over the electrode layer and with conductive metals that has lower melting temperatures than the metal that conducts electricity, a conductive carbon and a base resin. Based on 100 percent of the metallic that conducts electricity, the conductive carbon is contained in the conductive layer. It could range between 0.5 to 5 parts in weight.

Another element of the ingenuous concept is that a multilayer ceramic ceramic electronic component comprises the body of a ceramic that has dielectric properties and an outer electrode and an electrode layer that is connected to with the electrode inside and the conductive layer. This layer comprises the conductive metallic, which is which has a lower melting temperature than the metal that conducts electricity and carbon that is conductive as well as a base resin. The conductive resin layer is two distinct peaks when analyzing the Raman analysis.

In accordance with another aspect of the present inventive idea, a multilayer ceramic electronic component comprises a ceramic body having first internal electrodes and second internal electrodes that are alternately stacked and have dielectric layers placed between them, and two external electrodes placed on the external surface of the body, and respectively linked to the first and second electrodes within the internal circuit. Each of the second and first external electrodes contains a conductive resin layer, which is comprised of an conductive metallic. This is a metallic with less melting temperatures than the metal that conducts electricity. The conductive layer also contains a conductive carbon. The conductivity of the conductive resin layer is ranging from 0.4 to 5.0 Wt.%.

Another feature of the innovative idea is that a multilayer component could be constructed from the body of a ceramic with dielectric layers with an internal electrode as well as an electrode layer. An electrode layer connects to the electrode inside. A conductor layer, which includes tin, which is a conductor metal that has an upper melting point than tin, a base material and graphene, also known as carbon black, is placed over the electrode. Based on 100 parts of the conductive metallic within the conductive layer, the tin (Sn) is present in the conductive resin layer in a quantity of 10-50 parts per weight.

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3. Check 3. Check the CPC Classification Definition to confirm the validity of the CPC classification you’ve found. The hyperlink to a CPC classification definition will be given when the classification you have selected has a blue box that includes “D” on its left. CPC classification definitions can aid you in determining the classification’s scope so that you can select the most relevant. Furthermore the definitions may include some tips for searching and other information that may be useful to further study.

4. Retrieve patent documents with the CPC classification from the Patents Full-Text and Image Database. You can review and narrow down the most relevant patent publications focusing first on abstract and representational drawings.

5. This list of patent publications is the most appropriate to check for connections to your idea. Pay attention to the claims and specifications. Consult the applicant and patent examiner for any additional patents.

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