Solving problems with the ECAS series: Acoustic Noise Reduction
Do you have any concerns, such as "The capacitors produce an unpleasant sound (noise is an issue)"? When using MLCC devices, the product may sometimes generate acoustic noise.
Solving problems with the ECAS series: Power line management
Do you experience a challenging situation such as, "Results of simulation and evaluation on the actual system are different"?
Solving problems with the ECAS series: High capacitance and thin package
A single Murata ECAS series polymer aluminum electrolytic capacitors with maximum capacitance of 470 μF and minimum thickness of 2.0 mm can take the place of multiple conventional capacitors.
High-Q MLCC for RF Applications
Murata High-Q capacitors are mainly ideal for base stations of mobile communication devices and temperature compensation of related modules.
“ECAS Series” Polymer Aluminum Electrolytic Capacitors
Let’s take a look at the high capacitance capacitor ECAS series with a maximum 470 μF that exceeds MLCC.
Ultra Small High-Capacitance Ceramic Capacitors from Murata
Due to their small size, MLCCs provide enormous freedom when designing compact and highly functional devices, contributing to ongoing improvements in smartphones. (as of November, 2020) Show more.
Murata TechTalk - Small size and high capacitance MLCC
Murata has developed the small size and hight capacitance multilayer ceramic capacitor "GRM011R60J104M". The feature is a capacitance of 0.1µF in 008004 inch size and will contribute to smaller and higher density electronic circuitry.
Advantage of Using a Variable Capacitor/Adjustment of Frequency Variation
Enables adjustment of the resonant frequency by applying the appropriate voltage.
Murata 3D Silicon Capacitors
This video explains what a 3D silicon capacitor is. It shows its main benefits in terms of performances and miniaturization.
Manufacturing Process Image of MLCC
Most of Murata’s core technologies have been cultivated through producing Multilayer Ceramic Capacitors. This video shows the manufacturing process and related technologies.
Replacement evaluation of electrolytic capacitors
Extensive improvements in the characteristics and low profiles can be achieved, by replacing electrolytic capacitors with conductive polymer capacitors or monolithic ceramic capacitors.