Vishay (NYSE:VSH) will showcase its latest power electronics solutions at PCIM Europe 2026, June 9–11 in Nuremberg, Germany (Hall 9, Booth 208).
The company will highlight passive components, semiconductors, and system-level reference designs for e-mobility, energy infrastructure, and next-generation power conversion.
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AI-generated analysis. Not financial advice.
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News Market Reaction – VSH
-2.65%
46 alerts
-2.65%News Effect
+4.2%Peak in 6 hr 14 min
-$149MValuation Impact
$5.46BMarket Cap
0.9xRel. Volume
On the day this news was published, VSH declined 2.65%, reflecting a moderate negative market reaction.
Argus tracked a peak move of +4.2% during that session.
Our momentum scanner triggered 46 alerts that day, indicating elevated trading interest and price volatility.
This price movement removed approximately $149M from the company's valuation, bringing the market cap to $5.46B at that time.
PCIM Europe 2026 datesJune 9–11, 2026Dates of PCIM Europe 2026 conference in Nuremberg
Main booth locationHall 9, Booth 208Vishay exhibition booth at PCIM Europe 2026
E-Mobility stage locationHall 6, Booth 220Location of Vishay presentation on DC-coupled EV charging
Market Reality Check
Price:$50.37Vol:Volume 4,956,449 is 1.06x...
normal vol
$50.37Last Close
VolumeVolume 4,956,449 is 1.06x the 20-day average of 4,697,728, indicating typical trading activity.normal
TechnicalShares are trading above the 200-day MA, which is at $18.18.
Peers on Argus
While VSH dipped 0.75%, key peers like DIOD, SYNA, POWI, SIMO, and SMTC fell bet...
While VSH dipped 0.75%, key peers like DIOD, SYNA, POWI, SIMO, and SMTC fell between 6.96% and 11.23%, indicating VSH held up better than several semiconductor peers.
Thin film metallized submount platform for high-speed optical and RF uses.
Pattern Detected
Recent product and earnings announcements have generally coincided with positive share price reactions.
Recent Company History
Over the past month, Vishay has reported stronger Q1 2026 results with revenue of $839.2 million and launched several new components, including TVS diodes in a DFN6546A package, an ESD protection diode passing IEEE 10BASE-T1S tests, a high-sensitivity proximity sensor, and a thin film metallized submount platform. These updates, all tagged as general news or earnings, were followed by single-day gains ranging from 3.96% to 14.48%, underscoring investor interest in both financial performance and product innovation.
Market Pulse Summary
This announcement details Vishay’s planned presence at PCIM Europe 2026, emphasizing passive compone...
Analysis
This announcement details Vishay’s planned presence at PCIM Europe 2026, emphasizing passive components, semiconductors, and system-level solutions for e-mobility and energy infrastructure. It extends a stream of recent product and technology updates that previously coincided with positive share reactions up to 14.48%. Investors may focus on how these showcased designs, including SiC MOSFET-based modules and DC-coupled EV charging concepts, translate into orders, revenue growth, and margins beyond the already reported $839.2 million Q1 2026 revenue.
Key Terms
silicon carbide (sic) mosfet, dc-link, snubber, photovoltaic (pv), +4 more
8 terms
silicon carbide (sic) mosfettechnical
"Silicon carbide (SiC) MOSFET-based power modules and reference designs that enable higher efficiency"
A silicon carbide (SiC) MOSFET is a power transistor made from silicon carbide, a hard semiconductor material, that switches and controls large amounts of electricity more efficiently than standard silicon chips. Think of it as a cleaner, tougher on-off valve for electric power that runs cooler, wastes less energy and allows smaller, lighter power systems. For investors, SiC MOSFETs matter because they can improve product performance, cut operating costs and open growth markets in electric vehicles, renewable energy and industrial equipment.
dc-linktechnical
"Capacitor solutions for DC-Link, snubber, and filtering applications that enhance system stability"
A DC-link is the intermediate direct-current electrical bus or energy buffer inside power equipment—often made up of capacitors and wiring—that sits between the stage that converts incoming power to DC and the stage that converts DC back to AC or to another voltage. For investors, DC-link design affects a device’s efficiency, reliability, size and cost—think of it as the reservoir and highway that smooths and delivers power; a better reservoir means fewer breakdowns and lower operating costs.
snubbertechnical
"Capacitor solutions for DC-Link, snubber, and filtering applications that enhance system stability"
A snubber is a small circuit or device added to electrical equipment to absorb sudden voltage or current spikes and smooth switching surges, functioning like a shock absorber that protects components and reduces electrical noise. For investors, snubbers matter because they improve product reliability and safety, lower warranty and maintenance costs, and can influence a manufacturer’s reputation, operating expenses and long‑term cash flow.
photovoltaic (pv)technical
"This solution is intended to enable the efficient transfer of photovoltaic (PV) energy to an electric vehicle"
Photovoltaic (PV) describes technology that turns sunlight directly into electricity using panels made of materials that free electrons when struck by light; think of PV panels like artificial leaves that harvest sunlight to produce usable power. For investors, PV matters because it represents a source of predictable, long‑term revenue or cost savings, influences capital spending and asset values, and is affected by energy prices, government incentives and technology improvements.
electric vehicle (ev)technical
"efficient transfer of photovoltaic (PV) energy to an electric vehicle (EV), eliminating limitations"
An electric vehicle (EV) is a car, truck, or other road vehicle that uses one or more electric motors powered by rechargeable batteries instead of a gasoline or diesel engine. Investors care because EVs can shift revenue and cost patterns across automakers, parts suppliers, energy companies and infrastructure providers; adopting EVs is like a new smartphone platform that creates winners and losers across an industry and can drive long-term growth or disruption.
dc-coupled ev chargingtechnical
"The session will offer insight into future reference designs for DC-coupled EV charging."
DC-coupled EV charging is a charging setup where the direct current (DC) from solar panels or batteries feeds EV chargers without an extra conversion step through alternating current (AC). Think of it as a direct pipeline that skips a detour, so energy moves faster and with less loss. For investors this matters because DC coupling can lower operating costs, improve charging speed and efficiency, and enhance returns on projects that combine renewables, storage and charging infrastructure.
ac couplingtechnical
"eliminating limitations due to AC coupling restrictions."
AC coupling is a way of connecting batteries, inverters or other equipment to the alternating-current (AC) side of an electrical system so they send and receive power in the same form the grid and household devices use. Think of it like adding a battery that plugs into your home’s electrical panel instead of rewiring the solar panels themselves. For investors, the choice of AC coupling affects retrofit complexity, upfront and operating costs, conversion losses, regulatory compatibility and how easily a project can be scaled or upgraded, all of which influence returns and project risk.
haptic feedbacktechnical
"Compact, high force haptic feedback devices and control software enabling rapid implementation"
Haptic feedback is the use of touch sensations — like vibrations, pulses or slight movements — to convey information or simulate physical interaction with a device. For investors, it matters because strong haptic design can make products feel more intuitive and satisfying to use, boosting customer engagement, brand value and potentially justifying higher prices or driving hardware upgrades, much like a higher-quality steering wheel improves a car’s perceived value.
AI-generated analysis. Not financial advice.
Company to Highlight Passive and Semiconductor Components, as Well as System-Level Solutions Supporting E-Mobility, Energy Infrastructure, and Next-Generation Power Conversion
MALVERN, Pa., May 19, 2026 (GLOBE NEWSWIRE) -- Vishay Intertechnology, Inc. (NYSE: VSH) today announced that the company will showcase its latest passive component technologies, semiconductors, and reference designs at PCIM Europe 2026, taking place June 9-11 in Nuremberg, Germany (Hall 9, Booth 208). Under the event’s focus on advancing electrification, decarbonization, and energy efficiency, Vishay will highlight solutions that enable higher power density, improved thermal performance, and increased system reliability across a wide range of applications.
At PCIM Europe 2026, Vishay will present:
Passives:
Advanced power resistors and shunts that enable precise current measurement and improved efficiency in electrified systems, supporting energy savings and system optimization
High power thick film, wirewound, and metal sheet resistors designed to simplify thermal management and reduce component count in high energy applications
Capacitor solutions for DC-Link, snubber, and filtering applications that enhance system stability and reliability in power conversion systems
Magnetics and the latest power inductors engineered for compact, high efficiency designs in industrial drives, renewable energy systems, automotives, and data center power supplies
Wide portfolio of passive components for e-mobility and energy storage applications, supporting the transition to electrified transportation and renewable energy infrastructure
Semiconductors and solutions
Optoelectronic components and sensors that enable accurate monitoring, control, and protection in automotive and industrial environments
System-level design support and reference solutions that help engineers accelerate development cycles while improving performance and cost efficiency
Silicon carbide (SiC) MOSFET-based power modules and reference designs that enable higher efficiency, increased power density, and improved thermal performance in high voltage power conversion applications for e-mobility and energy infrastructure
Compact, high force haptic feedback devices and control software enabling rapid implementation of high definition haptic experiences
In addition to its booth demonstrations, Vishay will feature a presentation by Simon Goodwin at the E-Mobility & Energy Storage Stage (Hall 6, Booth 220). The session will offer insight into future reference designs for DC-coupled EV charging. This solution is intended to enable the efficient transfer of photovoltaic (PV) energy to an electric vehicle (EV), eliminating limitations due to AC coupling restrictions.
Vishay manufactures one of the world’s largest portfolios of discrete semiconductors and passive electronic components that are essential to innovative designs in the automotive, industrial, computing, consumer, telecommunications, military, aerospace, and medical markets. Serving customers worldwide, Vishay is The DNA of tech.® Vishay Intertechnology, Inc. is a Fortune 1000 Company listed on the NYSE (VSH). More on Vishay at www.Vishay.com.
The DNA of tech® is a registered trademark of Vishay Intertechnology, Inc.
What will Vishay (NYSE:VSH) showcase at PCIM Europe 2026?
Vishay will showcase passive components, semiconductors, and system-level power electronics solutions. According to Vishay, exhibits include advanced resistors, capacitors, inductors, optoelectronics, SiC MOSFET-based power modules, and reference designs enabling higher power density, better thermal performance, and improved system reliability.
When and where is Vishay (VSH) exhibiting at PCIM Europe 2026?
Vishay is exhibiting at PCIM Europe 2026 from June 9–11 in Nuremberg, Germany. According to Vishay, its solutions will be displayed in Hall 9, Booth 208, under the event’s focus on electrification, decarbonization, and energy efficiency.
Which Vishay passive components for e-mobility and energy storage will be shown at PCIM Europe 2026?
Vishay will present power resistors, shunts, capacitors, magnetics, and power inductors for electrified systems. According to Vishay, these passives support precise current measurement, improved efficiency, simplified thermal management, and enhanced stability in e-mobility, renewable energy, and energy storage applications.
What semiconductor and system-level solutions is Vishay (VSH) highlighting at PCIM Europe 2026?
Vishay is highlighting optoelectronic components, sensors, and SiC MOSFET-based power modules with reference designs. According to Vishay, these solutions target automotive and industrial monitoring, high-voltage power conversion, higher efficiency, increased power density, and better thermal performance in e-mobility and energy infrastructure.
What is Vishay presenting about DC-coupled EV charging at PCIM Europe 2026?
Vishay will feature a presentation by Simon Goodwin on future DC-coupled EV charging reference designs. According to Vishay, the solution aims to transfer photovoltaic energy efficiently to electric vehicles while avoiding limitations linked to AC coupling restrictions.
How do Vishay haptic solutions fit into its PCIM Europe 2026 showcase?
Vishay will show compact, high-force haptic feedback devices and control software for advanced user interfaces. According to Vishay, these solutions support rapid implementation of high-definition haptic experiences alongside the company’s broader power electronics and system integration portfolio.
