coming events
June 22, 2022
2:30 p.m. IST
Resistors for EVs
Presenters:
Gulçin Armagan, Director of Product Marketing, Vishay Non-Linear Resistors
Adrian Michael, Product Marketing Manager, Automotive, Vishay Draloric / Beyschlag
Clinton Stiffler, Product Marketing Engineer, Vishay Dale Electronics
This webinar is for designers developing energy-efficient and reliable electronic systems to support four-wheel, as well as two- and three-wheel electric vehicles.
Our experts will discuss the development of the electric vehicle market, target applications, and basic resistor functions. In addition, Vishay’s high performance resistor solutions will be presented, including resistors for gate driver circuits, Power Metal Strip®, and temperature sensing solutions (NTC and PTC) mounted into systems that experience high vibrations, power, and voltages in confined areas
Our experts will discuss the development of the electric vehicle market, target applications, and basic resistor functions. In addition, Vishay’s high performance resistor solutions will be presented, including resistors for gate driver circuits, Power Metal Strip®, and temperature sensing solutions (NTC and PTC) mounted into systems that experience high vibrations, power, and voltages in confined areas
June 28, 2022
10:00 a.m. ET
400 V Resettable eFuse
Presenter: Scott Blackburn,
Manager of Automotive Field Applications
The electronic fuse (eFuse) concept is an innovative new trend for protecting high voltage systems in eMobility applications. This presentation will explore the design of a 400 V,100 A bidirectional resettable eFuse that features a preload function, continuous current monitoring/protection, and a web browser based external controller/monitor.
ARCHIVED RECORDINGS
Fred Pt Gen 5: The Optimized Solution for Charging Applications
Presenter: Massimo Carbone, Director of Market Development, Diodes
Vishay’s Fred Pt Gen 5 Ultrafast technology on silicon is tailored to optimize efficiency in charging applications. However, the circuit must be able to survive overstresses that could be present on the grid, including lighting, voltage spikes, and frequency variations. Learn how Vishay is setting a new benchmark in terms of efficiency and robustness for charging applications with its Fred Pt® Gen5 Ultrafast technology.
Energy Harvesting
Presenter: Tassilo Gernandt Field APplication Engineer
Vishay, together with e-peas, is setting new standards in the IoT world. This is achieved by photovoltaic energy harvesting, among other factors, in conjunction with a hybrid supercapacitor. Energy harvesting is the retrieval of small amounts of energy from ambient energy sources, such as light, heat, vibration, or e-fields. The main energy-related challenges include effective harvesting, efficient transformation to a usable voltage level, and lossless storage.
Automotive MOSFETs for Vehicle Electrification
Presenter: Brian Terng
Seeking better energy efficiency, power density, and reliability for automotive systems? This webinar is for designers who are developing electronic systems to support vehicle electrification. The technologies and roadmaps discussed provide high performance MOSFET solutions for automotive switching applications, such as AC/DC charging, ADAS, body systems, DC/DC converters, infotainment, lighting, load switching, motor drive controls, on-board charging (OBC), and wireless charging.
Scalable 48 V / 12 V Bidirectional DC/DC Converter Up to 3 kW
Presenter: Scott Blackburn
Because manufacturers tend to favor a phased transition to electrification, they design vehicles with 48V and 12V systems. This architecture requires a bi-directional 48V-12V DC/DC converter to provide efficient power transfer between the systems. Learn how to address this need with a 3kW converter design featuring six modular 500W power stages.
microBUCK® POL Solutions with PMBus Interface for Scalability, Ease of Use, and High Efficiency
Presenter: Simon Foley
Vishay's new family of microBUCK synchronous buck regulators help reduce energy consumption in data centers and industrial computers by delivering up to 98 % peak efficiency in a 5 mm x 7 mm package. Scalable to 40 A, microBUCK solutions can help you achieve the best combination of cost and performance.
High Power, High Temperature Vishay Solutions for 48 V Automotive Powertrain Applications
Presenter: Scott Blackburn
48 V electrification is fast becoming the standard in a host of EV and hybrid applications. 48 V inverters and DC/DC converters in electric, hybrid, and add-on parallel automotive powertrain drives necessitate passive and discrete semiconductor solutions designed to handle high power levels and temperatures. This webinar will explore the many benefits of 48 V systems in automotive applications and highlight Vishay’s Automotive Grade solutions, including capacitors, MOSFETs, TVS diodes, and inductors.
Industrial Automation & Control Accelerate the Integration of Power Conversion with Vishay Solutions
Presenter: Simon Foley
microBUCK® and microBRICK® DC/DC regulators offer flexibility and integration while maintaining high-efficiency. Our selection of high-density parts with common pinouts provides the best combination of cost and performance for your design.
Resistors: Boost Power Density with Automotive Current Sense Resistors
Presenter: Bryan Yarborough
Vishay offers a comprehensive portfolio of Automotive Grade current sense resistors and shunts that deliver a boost in power density for a range of applications in demanding environments. By attending this webinar, you will learn about the Power Metal Strip and Power Metal Plate™ technologies behind these products and the key advantages they provide, including superior pulse capability, low resistance, high reliability, and improved TCR. In addition, you’ll become familiar with the Vishay tools at your disposal to aid in device selection and optimizing your current sensing design.
The PResenters
Scott Blackburn is the Manager of Automotive Field Applications for Vishay Intertechnology. Scott received his bachelor's and master’s degrees in electrical engineering with a power electronics focus from the University of Toledo in Ohio, and later an MBA from Bowling Green State University in Ohio. He initially worked as a Design Engineer in the aerospace industry and then made the jump to the automotive world, where he worked with Ford Motor Company and Dana Corporation. Scott has been with Vishay for over 13 years and is responsible for application engineering and business development in the Americas for all of the company’s automotive products.
Massimo Carbone has been the Director of Market Development and Applications for Vishay’s Diodes Division for 14 years. In this role he has supported customers in designing in Vishay components, including laboratory work and addressing internal R&D for the development of new platforms. Before joining Vishay, Mr. Carbone worked for International Rectifier, starting in 1993 and covering a range of responsibilities. He started as a silicon designer and test engineer in the UK and U.S. After that he moved to the position of Product Engineering Manager for Diodes, and the R&D Director of Business Development for Power Modules. His main accomplishments were the transfer of the technological manufacturing process for planar Schottky diodes from the U.S. to Italy and being a pioneer in the development and release of application-specific power modules for automotive on-board charger applications, adapting industrial module packages and defining a standard "de facto."
Tassilo Gernandt has been a circuit designer for more than 15 years and helps customers to design, layout, and debug circuits, including laboratory work and simulations. He is a field application engineer with Vishay and serves customers abroad. His background is RF and low power IoT devices. Before he joined Vishay two and a half years ago, he worked at an institute as project manager and managing engineer. In the RF Circuits and Systems division, he achieved demonstrable prototypes for startups in Europe and the United States. His main accomplishments were the development of a miniature telemetry sphere for sending live wireless sensor data from within fluids over distances of 2 meters to 10 meters, and wireless transceiver devices targeting new services and use cases up to 100 meters.
Brian Terng is part of the market development team for automotive MOSFETs at Vishay. He has contributed to the definition and development of multiple MOSFET silicon platforms and surface-mount packages. These technologies have enabled several hundreds of automotive- and commercial-grade MOSFET products.
Bryan Yarborough is a Product Marketing Engineer for Vishay Dale Electronics. Bryan was a Nuclear Operator in the U.S. Navy for six years, where he studied electrical and mechanical engineering for integrated operation of nuclear systems. After the Navy he received his bachelors in computer science and mathematics, and later an MBA. Bryan worked for six years in manufacturing and product development for lithium batteries with Saft America and seven years with IRC as Applications Engineer with their current sense products. Bryan has been with Vishay Dale Electronics for over five years, where he is responsible for technical customer engagement and marketing for Power Metal Strip® current sense resistors.
