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    Benefits of Tantalum Powder Stress–Strain Curve Evaluation vs Conventional Wet Test

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    Researchers Demonstrated High Energy Ceramic Capacitors Stable in Wide Temperature Range

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    Benefits of Tantalum Powder Stress–Strain Curve Evaluation vs Conventional Wet Test

    Electrolyte Selection and Performance in Supercapacitors

    Connector PCB Design Challenges

    Researchers Demonstrated High Energy Ceramic Capacitors Stable in Wide Temperature Range

    Stackpole Offers High Voltage Plate Resistors up to 40KV

    How to Manage Supercapacitors Leakage Current and Self Discharge 

    Qualification of Commercial Supercapacitors for Space Applications

    Experimental Evaluation of Wear Failures in SMD Inductors

    Resonant Capacitors in High-Power Resonant Circuits

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    Efficient Power Converters: Duty Cycle vs Conduction Losses

    Ripple Steering in Coupled Inductors: SEPIC Case

    SEPIC Converter with Coupled and Uncoupled Inductors

    Coupled Inductors in SEPIC versus Flyback Converters

    Non-Linear MLCC Class II Capacitor Measurements Challenges

    Percolation Phenomenon and Reliability of Molded Power Inductors in DC/DC converters

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    How to Calculate the Output Capacitor for a Switching Power Supply

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Murata High Capacitance MLCCs Surpass 100uF

10.4.2017
Reading Time: 1 min read
A A

source: ECN news

Murata is releasing new high capacitance MLCCs surpassing 100uF.

RelatedPosts

Benefits of Tantalum Powder Stress–Strain Curve Evaluation vs Conventional Wet Test

Electrolyte Selection and Performance in Supercapacitors

Connector PCB Design Challenges

Through continued technical innovation and material sciences advancements, Murata Electronics has developed Hi-Cap MLCCs which surpass 100uF. The line is offered in three new capacitance offerings: 150uF, 220uF, and 330uF values which are available in a range of voltages and case sizes, such as:

1206 size / X5R / 150uF & 220uF /2.5V or 4V
1210 size / X5R / 220uF & 330uF / 2.5V
1210 size / X5R / 220uF/ 2.5V
Ideal as smoothing capacitors for power ICs and power output line filtering, key features include a small size, non-polarized construction, low ESL/low ESR/low ripple voltage, excellent high frequency noise suppression, and high reliability.

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a Schematic diagram of the BNT-based components constructed based on the entropy-increase strategy. b Digital photograph, cross-sectional SEM image, and EDS mappings of the MLCCs. c Unipolar P-E loops of MLCCs as a function of applied E. d Wrec and η of the MLCCs as a function of applied E. The comparison of (e) Wrec and η, (f) η and UF of the MLCCs with those of other recently reported state-of-the-art MLCCs. source: Nature Communications

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