Within the framework of the APECS pilot line will be possible to further expand the R&D infrastructure for semicon-ductor technologies and applications in the coming years. Learn more about this here. (Source: loewn/Bernhard Wolf)
EU CHIPS ACT

European Chiplet Innovation: APECS pilot line starts operation in the framework of the EU Chips Act

The pilot line for “Advanced Packaging and Heterogeneous Integration for Electronic Components and Systems” marks a major leap forward in strengthening Europe’s semiconductor manufacturing capabilities and chiplet innovation as part of the EU Chips Act. By providing large industry players, SMEs, and start-ups with a facilitated access to cutting-edge technology, the APECS pilot line will establish a strong foundation for resilient and robust European semiconductor supply chains.

Read on
The following article will show how zener diodes can be used as voltage regulators. (Source: Melyna Valle - Unsplash.com)
VOLTAGE REGULATION

Zener diode as a voltage regulator

A Zener diode is a special type of diode that operates in the breakdown region to perform voltage regulation. The Zener diode provides a constant output voltage for an unregulated input supply voltage. The article details the zener voltage regulation and explores its advantages and disadvantages.

Read on
Current transducer from Danisense selected for DC charging station testing device demonstrator at TU Graz to ensure the safety of DC charging stations over the entire operating period. Read more about this here. (Source: Danisense)
CHARGING STATIONS

Danisense transducer enables precise EV charging station testing

A current research project at Graz University of Technology analyses periodic verification and safety of direct current electric vehicle charging stations. As part of the ProSafE project the basis for periodic verification of direct current electric vehicle charging stations is being researched and a test procedure for the recurring testing of DC charging stations has been developed over the past two and a half years in order to ensure their safety over the entire operating period. Findings from the project are also being incorporated into the update of the OVE guideline R 30.

Read on
In this article you will learn more about the evolution of transistor technology, leading to the development of modern electronic devices. (Source: PsixoloqOrxan - stock.adobe.com)
TRANSISTOR HISTORY

Happy Birthday, transistors

When researchers and engineers attempted to invent pure germanium diodes, they ended up building transistors instead. The world ignored the early research about these building blocks of modern electronics. Years later, the remarkable invention won them a Nobel Prize in Physics. Today, December 23, marks the 77th birthday of transistors. The article acknowledges the story behind the invention of transistors and uncovers some of the lesser-known versions.

Read on
A PCB fabrication drawing is a detailed blueprint that guides the manufacturing process of a circuit board, ensuring accurate production and quality control. Learn more about this here. (Source: NCAB)
PRINTED CIRCUIT BOARD

PCB Fabrication Drawing

Fabrication notes, Drill Table, Scaled Drawing, Stackup Drawing and Array Drawing are all parts of a PCB fabrication drawing. But what is a fabrication drawing and why do you need it? This article will teach you all you need to know about this topic, and give you examples of best practices.

Read on
SemiQon’s groundbreaking cryo-CMOS transistor promises to revolutionize cryogenic electronics, enabling advancements in quantum computing, supercomputing, and other cutting-edge technologies. (Source: MIN_NK - stock.adobe.com)
CYRO-CMOS

New transistor won’t heat up

A month before the end of year twenty-four, researchers manufactured a new transistor for cryogenic electronics. This new transistor operates near -272 degrees Celsius and generates negligible heat. The remarkable invention is all set for 2025 release and customer delivery. The article describes the newly invented transistor called “cryo-CMOS” and its role in scaling quantum computing.

Read on