Page 237 – Passive Components Blog

Murata’s latest chip ferrite beads first to deliver high-current and high-frequency(1GHz) noise suppression in automotive systems. Murata continues to lead ...

Capacitors Global Market Update September 2022

7.11.2022

195

Dennis Zogbi, Paumanok Inc. publishes on TTI Market Eye his September 2022 capacitor market lead time and materials update. Report ...

DC Bias Loss in Class II MLCC: Watch Resonant Frequency Move

13.10.2023

58

In this video Dr Ali Shirsavar from Biricha demonstrates the impact DC bias loss has on the value of capacitance ...

Power Supply Noise Issues: Transformer Interwinding Capacitance vs Leakage of PSU Transformers

13.10.2023

107

In this video Dr Ali Shirsavar from Biricha talks about the relationship between the transformer interwinding capacitance and leakage inductance ...

Researchers Demonstrated 10F Power Paper Supercapacitor

7.11.2022

25

Researchers at RISE Research Institutes of Sweden, Digital Cellulose Center in Norrköping have demonstrated 10F power paper supercapacitor technology. The ...

CAP-XX Releases Miniature Supercapacitor for IoT

7.11.2022

125

CAP-XX releases ultra-small 5mm cylindrical supercapacitor to power IoT devices. CAP-XX, the leading manufacturer of ultra-thin prismatic, cylindrical, and Lithium-Ion ...

Murata Expands MLCC Production in China in Response to EV, 5G Market Growth

7.11.2022

244

Murata Manufacturing Co., a leading Japanese manufacturer of ceramic passive electronic components, particularly Multi-layer Ceramic Capacitors (MLCCs), plans to invest ...

Evaluation of Combined Inductor and Current Sensor Solution

2.11.2022

41

prof. Sam Ben-Yaakov in his video discusses combined inductor and current sensor solution, its advantages and cons. Content: The need ...

Rigid Flexible PCBs Construction

11.8.2025

33

This first part of Würth Elektronik PCB webinar on RIGID.flex technology is intended as an introduction to the production of ...

Based on the design of nanoscale ion channels, MXene electrodes with maximized ion accessibility and high mechanical strength are constructed and used for high-capacity Zinc-ion energy storage. The design of in-plane ion channels provides a simple, efficient, and scalable approach to improve the electrochemical energy storage capacity of MXenes and other 2D materials. Image Credit: Science China Press

Researchers Demonstrated 2D MXene Based Zinc-Ion Supercapacitor with Suppressed Self-Discharge Features

2.11.2022

190

Researchers, in study published by Science Bulletin, prepared MXene nanosheets with in-plane ion channels created by chemical oxidation and used as ...

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