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Vishay to Showcase Power and Semiconductor Solutions for AI Data Centres, EVs and Robotics at electronica 2026

ELE Times

Vishay Intertechnology has announced that it will showcase its range of passive components and semiconductor solutions at electronica 2026. The company will highlight how these technologies support energy-efficient systems and contribute to the development of an all-electric society. At Hall C4, Booth 478, Vishay will present solutions for various applications, including AI data centre power systems, on-board chargers, battery management, electric and urban mobility, robotics, drones, energy storage systems (ESS), power distribution and human-machine interfaces (HMI).

Vishay’s technical experts will be available at the event to discuss the latest developments in power conversion, motor control, circuit protection and sensing technologies. The company will also display reference designs featuring a range of its products, including silicon and silicon carbide (SiC) MOSFETs, power modules, TVS diodes, capacitors, magnetic components, resistors and optoelectronic devices. Some of the key technologies will be highlighted at the Vishay booth.

AI Data Centers

  • A high density 1.6 kW DC/DC converter for AI server power delivery, featuring 650 V GaN MOSFETs to convert a 400 V data center bus to a regulated 50 V intermediate bus
  • An 800 V HVDC, 12 kW full-brick converter with an output voltage equal to one-sixteenth of the input voltage
  • A 3 kW, 48 V intermediate bus and 32-phase GPU power delivery design
  • A 40-phase core voltage regulator for data center CPU / GPU power delivery
  • A backup unit for AI data center racks featuring electric double-layer capacitors (EDLC), providing fast peak power support, 48 V to 50 V bus stabilization, and short duration ride-through
  • ESTA DC-Link and filter capacitors and Sfernice precharge and power conversion resistors for solid-state transformer (SST) designs

E-Mobility

  • A 22 kW bidirectional AC/DC stage for on-board chargers, converting AC inputs to 800 V DC and featuring SiC MOSFET power modules and DC-Link film capacitors
  • An 11 kW, 800 V to 800 V DC/DC charging stage based on a phase modular topology, featuring SiC MOSFET power modules and AC and pulse film capacitors
  • A compact 3.6 kW, 800 V to 48 V auxiliary DC/DC bidirectional converter featuring SiC and Si MOSFETs in top side cooled packages, PowerPAK 15 x 21LR and PowerPAK 10 x 15LR respectively, custom magnetics, and an optocoupler driver
  • An electrochemical impedance spectroscopy (EIS) excitation circuit for a split 800 V battery pack, supporting estimation of battery state of charge and state of health
  • A 48 V, 5 kW inverter for light electric vehicles, featuring 80 V silicon MOSFET power modules, hybrid polymer capacitors, and ceramic capacitors for EMI filtering
  • A 48 V, 3.6 kW unidirectional on-board charger for light electric vehicles and urban mobility

Robotics and Drones

  • A servo controller for robotics featuring power MOSFETs, current sensing shunt resistors, and an absolute encoder for position feedback
  • A four in one electronic speed controller (ESC) for quadcopters, featuring power MOSFETs, TVS diodes, and polymer tantalum capacitors

Industrial and Automotive Power and Safety

  • EDLC backup solutions for 3.3 V and 12 V supplies
  • Isolation resistance monitoring for 400 V and 800 V systems
  • An 800 V active discharge circuit featuring a photovoltaic gate driver, SiC MOSFET, and hybrid wirewound resistors
  • An active discharge evaluation board using Ametherm PTC thermistors
  • A bidirectional FPGA-based eFuse application developed in partnership with Altera
  • A unidirectional MCU-based eFuse application developed in partnership with NXP
  • Thermal management and energy dense resistor solutions, featuring thermal jumpers for efficient board-level thermal management alongside a wide range of special resistors

HMI and Smart Sensing

  • Proximity sensing for touchless control and wakeup in HMI applications
  • Color and light sensing, encoding, and infrared illumination
  • Haptic actuators for automotive cockpit applications and optical force and touch sensing for steering wheel controls

The post Vishay to Showcase Power and Semiconductor Solutions for AI Data Centres, EVs and Robotics at electronica 2026 appeared first on ELE Times.

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