Vishay Intertechnology is set to showcase its latest passive components, semiconductors, and reference designs at PCIM Europe 2026, taking place June 9-11 in Nuremberg, Germany (Hall 9, Booth 208). Aligned with the event’s focus on electrification, decarbonization, and energy efficiency, the company will highlight technologies designed to boost power density, enhance thermal performance, and improve system reliability across a range of applications.
On the passive components side, Vishay will present:
- Advanced power resistors and shunts that enable accurate current measurement and help improve efficiency in electrified systems.
- The lineup also includes high-power thick film, wirewound, and metal sheet resistors aimed at simplifying thermal management and reducing component count in high-energy designs.
Its capacitor portfolio it will be covering:
- DC-link, snubber, and filtering applications focuses on improving stability and reliability in power conversion systems.
- The company will also feature magnetics and next-generation power inductors designed for compact, high-efficiency systems used in industrial drives, renewable energy, automotive applications, and data center power supplies.
In addition, Vishay will showcase a broad range of passive components tailored for e-mobility and energy storage, supporting the shift toward electrified transport and renewable infrastructure.
On the semiconductor front, Vishay will highlight:
- Optoelectronic components and sensors that enable precise monitoring, control, and protection in automotive and industrial environments.
- It will also present system-level design support and reference solutions to help engineers speed up development while optimizing performance and cost.
A key focus will be Vishay’s silicon carbide (SiC) MOSFET-based power modules and reference designs, which are built to deliver higher efficiency, greater power density, and improved thermal performance in high-voltage power conversion systems for e-mobility and energy infrastructure.
The company will also demonstrate compact, high-force haptic feedback devices along with control software for quickly implementing high-definition tactile experiences.
Beyond the booth, Vishay’s Simon Goodwin will speak at the E-Mobility & Energy Storage Stage (Hall 6, Booth 220), sharing insights into future DC-coupled EV charging designs.
This approach aims to enable more efficient transfer of photovoltaic energy directly to electric vehicles, overcoming the limitations of traditional AC-coupled systems.
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