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Heraeus Presents Laser Etching for RF Thick-Film Gold Circuits

YAGEO Introduces LLC Transformers for SiC and GaN Gate Drives

Bourns Releases 5 W Wide-Terminal Current Sense Resistors

TDK Expanded DC-Link Film Capacitors to Reach +135 °C

Knowles A-Series RF Attenuators Target Compact 20 GHz Designs

Electrification Raises Demands on DC-Link Capacitors

YAGEO High-Reliability Polymer Tantalum Capacitors for Aerospace

Laser-Engineered Zinc-Ion Cathodes Target Thick Electrodes

Isabellenhütte Introduces Flexible Heaters for Space Thermal Control
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RF & Microwave

Heraeus Presents Laser Etching for RF Thick-Film Gold Circuits

2.10.2026

News

Development of Atomically Thin Magnets Enable Next Generation of Thinner and Faster Electronics

A ferromagnetic semiconductor semiconductor two-atoms thick. The green, blue, and red spheres are sulfur, molybdenum and iron atoms, respectively.
Credit: Stevens Institute of Technology

14.5.2020

Stevens researchers develop a ferromagnetic semiconductor that works at room temperature, solving one of science's most intractable problems As our...

8.8.2022

Electromagnetic interference and EMI filtering is a challenge in most electrical systems. Without properly accounting for and mitigating such electrical...

13.5.2020

In context of the Coronavirus (COVID-19), the 4th edition of SPCD that should have taken place from 14 to 16...

Synapses, the connections between neurons, have the ability to transmit signals with varying degrees of strength when they are excited by a quick succession of electrical impulses. One effect of this repeated activity is to increase the concentration of calcium ions, with the result that more neurotransmitters are emitted. Depending on the activity, other effects cause long-term structural changes, which impact the strength of the transmission for several hours, or potentially even for the rest of the person’s life.

Memristive elements allow the strength of the electrical transmission to be changed in a similar way to synaptic connections, by applying a voltage. In electrochemical metallization cells (ECMs), a metallic filament develops between the two metal electrodes, thus increasing conductivity. Applying voltage pulses with reversed polarity causes the filament to shrink again until the cell reaches its initial high resistance state. Copyright: Forschungszentrum Jülich / Tobias Schlößer

11.4.2022

Scientists around the world are intensively working on memristive devices, which are capable in extremely low power operation and behave...

2.6.2020

Murata Manufacturing Co. Ltd. has introduced the KCM series of metal terminal type multilayer ceramic capacitors with temperature compensating U2J...

11.5.2020

174

Paumanok Publications, Inc. has tracked the price and availability of specific ceramics and metals consumed as dielectrics and resistive elements...

7.5.2020

Healthcare professionals and patients rely on magnetic resonance imaging (MRI) technology to examine soft tissues and organs in the body...

24.8.2022

DC-Link capacitors are often used but somewhat poorly understood components of AC systems and inverters. In this webinar, Pranjal Srivastava,...

7.5.2020

With today’s trend toward ever-increasing voltages in energy systems, choosing the right transformer for the job has become an engineering...

7.5.2020

This webinar will introduce our cost-free online tool REDEXPERT. The tool can be used to select components for your respective...

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