ComponentsPassive ComponentsCapacitorsMLCCs - Multilayer Ceramic Chip Capacitors

WCAP-CSGP General Purpose

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WCAP-CSGP MLCCs 6.3 V(DC)
WCAP-CSGP MLCCs 6.3 V(DC)EXTENDED
General PurposeC 10 nF to 100 µFVR 6.3 V (DC)
EXT.
WCAP-CSGP MLCCs 10 V(DC)
WCAP-CSGP MLCCs 10 V(DC)EXTENDED
General PurposeC 1 pF to 47 µFVR 10 V (DC)
EXT.
WCAP-CSGP MLCCs 16 V(DC)
WCAP-CSGP MLCCs 16 V(DC)EXTENDED
General PurposeC 1 pF to 47 µFVR 16 V (DC)
WCAP-CSGP MLCCs 25 V(DC)
WCAP-CSGP MLCCs 25 V(DC)
General PurposeC 1 pF to 22 µFVR 25 V (DC)
EXT.
WCAP-CSGP MLCCs 50 V(DC)
WCAP-CSGP MLCCs 50 V(DC)EXTENDED
General PurposeC 1 pF to 10 µFVR 50 V (DC)
EXT.
WCAP-CSGP MLCCs 100 V(DC)
WCAP-CSGP MLCCs 100 V(DC)EXTENDED
General PurposeC 0.5 pF to 10 µFVR 100 V (DC)

Applications Notes, Documents and Videos

Support Note SN011: Why does the capacity of MLCCs change?  

Why does the capacity of MLCCs change? Ambient temperature, structural changes or component tolerances play an important role. This document provides an overview of the most important factors, how these can be reduced by using a different material or external influences

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Application Note ANP062: LC Filter Design With MLCCs: Why The Applied Voltage Matters  

How does the DC voltage influence the behavior of an capacitor, and hence the filter design? Simulated and measured results are compared with different components and materials.

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Application Note ANP109: Impedance Spectra of Different Capacitor Technologies  

Impedance and capacitance spectra are common representations of frequency dependent electrical properties of capacitors. The interpretation of such spectra provides a wide range of electrochemical, physical and technical relevant information and need to be separated from the ever-present measurement artifacts as well as parasitic effects.

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Application Note ANP114 Voltage and Frequency Dependence of Ferroelectric Class 2 Multilayer Ceramic Capacitors  

After introducing ferroelectricity, a mathematical model for the capacitance-voltage behavior of multilayer ceramic capacitors (MLCCs) is derived from a dipole polarization model. The parameters of the model are reduced to two fitting parameters.

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MLCC Start: Class 1 or Class 2?  

Multilayer Cermaic Capacitors are separated into different classes. What are the differences between Class 1 and Class 2 MLCC’s and what are the key parameters? We provide a short overview.

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MLCC - Soft Termination  

In the MLCCs - Soft Termination (WCAP-CSST) series, a layer of conductive polymer is used between the electrodes and the terminal surfaces. The polymer can compensate for certain mechanical deformations and therefore reduce the probability of fractures. This is illustrated by a bending test described in the data sheet.

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Application Note ANP123 Long- and Short-Term Voltage Dependence of Ferroelectric Class 2 MLCCs  

For the design-in process, it has become a common procedure to employ simulation software such as SPICE. The developer may load files for multilayer ceramic capacitors (MLCCs) into the software to simulate the influence of the voltage and frequency behavior of the MLCCs on the circuit. To make this simulation computationally efficient, it is necessary to implement elegant mathematical models for the MLCCs.

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