The power capability of the ceramic MLC capacitor is a rather complex association of design, material, ambient temperature, internal temperature, and frequency. Considering the multiplicity of applications, the number of charts or tables required for all different designs and ratings would be too enormous to effectively translate the required information. If the complexity is reduced for the sake of clarity, sacrifices are made of the unusual circumstances that the designer just happens to require. By breaking the designs down into easily varied relationships, the information can be formulated for any application and design. These relationships can be used to design a software capable of listing performance for the listed devices in any app...
Capacitors are important passive electrical components. For this reason, the aim is to maximize the ...
This paper presents an overview of questions related to the increase in accuracy of measurements of ...
In the power distribution industry today, utility companies are trying to come up with a solution to...
As large ceramic capacitors are entering the field of power electronics the question of the reliabil...
This thesis investigates the permittivity-temperature (εr-T) profiles of individual dielectric mater...
This paper presents a new program package named CAP-CAL. It provides a method for calculation of the...
The Capacitor Placement Optimization Tool (CAPOT) is a software application designed to assist Gulf ...
A computer program called CVPLOT, used at RIT to aid in the analysis of metal—oxide—semiconductor (M...
We demonstrate a fast, efficient combinatorial method for the optimisation of materials for multi-la...
Electrochemical capacitors (ECs) have received a significant level of interest for use in the electr...
The design of components is examined from the standpoint of optimizing production yield and quality ...
MLCC (Multi-layer Ceramic Capacitor) is the most important passive component in electronic devices s...
This article reports the technique of measuring capacitance using the concept of charging capacitors...
Multi-Layer Ceramic Capacitors (MLCCs) are common components in electronics to perform useful functi...
For high-density power electronic systems with miniaturized system size and high efficiency, and for...
Capacitors are important passive electrical components. For this reason, the aim is to maximize the ...
This paper presents an overview of questions related to the increase in accuracy of measurements of ...
In the power distribution industry today, utility companies are trying to come up with a solution to...
As large ceramic capacitors are entering the field of power electronics the question of the reliabil...
This thesis investigates the permittivity-temperature (εr-T) profiles of individual dielectric mater...
This paper presents a new program package named CAP-CAL. It provides a method for calculation of the...
The Capacitor Placement Optimization Tool (CAPOT) is a software application designed to assist Gulf ...
A computer program called CVPLOT, used at RIT to aid in the analysis of metal—oxide—semiconductor (M...
We demonstrate a fast, efficient combinatorial method for the optimisation of materials for multi-la...
Electrochemical capacitors (ECs) have received a significant level of interest for use in the electr...
The design of components is examined from the standpoint of optimizing production yield and quality ...
MLCC (Multi-layer Ceramic Capacitor) is the most important passive component in electronic devices s...
This article reports the technique of measuring capacitance using the concept of charging capacitors...
Multi-Layer Ceramic Capacitors (MLCCs) are common components in electronics to perform useful functi...
For high-density power electronic systems with miniaturized system size and high efficiency, and for...
Capacitors are important passive electrical components. For this reason, the aim is to maximize the ...
This paper presents an overview of questions related to the increase in accuracy of measurements of ...
In the power distribution industry today, utility companies are trying to come up with a solution to...