Webinar

The Fraunhofer ISIT webinars offer you an interactive insight into current R&D topics and technology applications.

Our next webinars

24.03.2021 | 14:00
digital cleanroom: Virtuelle Reinraum-Tour vom Fraunhofer ISIT

© Fraunhofer ISIT / Omnia360

Abstands- und Hygieneregeln, Home-Office und Kontaktverbote machen es derzeit kaum möglich, den Reinraum am Fraunhofer-Institut für Siliziumtechnologie zu besuchen. Dies stellt aber kein Problem mehr dar, denn wir haben einen digitalen Zwilling des Reinraums geschafft und möchte Sie auf die virtuelle Reise mit uns mitnehmen! 

Auf der virtuellen Tour möchten wir Ihnen über die Welt der Mikroelektronik erzählen und die Bedeutung des Reinraums bei der Chipherstellung virtuell zeigen! Auch die Fragen rund um die MEMS, Wafer und Chips beantworten wir Ihnen dabei. Reservieren Sie jetzt Ihren (digitalen) Platz! ;-)

Die virtuelle Tour wird durchgeführt von:
• Maria Claus, stellvertretende Abteilungsleiterin der Fab | Fraunhofer-Institut für Siliziumtechnologie ISIT 

Details:
• Die Teilnahme ist kostenlos. 
• Um sich zur Tour anzumelden, tragen Sie bitte Ihren Namen, die Firma und Ihre E-Mail-Adresse ein.
• Als Plattform verwenden wir GoToWebinar.
• Sie können an unserer Sitzung mit einem PC, Mac, Laptop oder Mobilgerät (App erforderlich) teilnehmen.

Hier klicken zum Anmelden!

Past webinars

17.03.2021 | 14:00
Design, Development, and Control of Induction Motor Drive with Inverter Output LC Filter

Low-pass filtering of the pulse width modulated (PWM) output voltages of the three-phase voltage source inverter (VSI) by sinusoidal LC filters is an established solution in squirrel cage induction motor(SQIM) based adjustable speed drive (ASD) applications. This presentation discusses the several design methods of LC filter for an ASD application. It may also deteriorates the performance of the closed-loop control of SQIM because of the sustained resonancefrequency oscillations. The presentation discusses several methods of damping the resonance and its effect on the ASD.

Speaker: Prof. Ramkrishan Maheshwari | University of Southern Denmark
Centre for Industrial Electronics | Electrical Engineering | Department of Mechanical and Electrical Engineering

Host: Nilufar Ishandzhonova | Fraunhofer-Institute for Silicon Technology ISIT | Business Development & Marketing

Details:
• Click on the link below and fill up the form to register for a webinar. Your name and your work emailadress are required to complete the registration.
• Our platform is GoToWebinar.
• You can attend the webinar from your PC, Mac, Laptop or any mobile device (app required for tablets and phones).

Click here to watch the recording.

09.12.2020, 11:00 - High-Power Cells: From Development to Industrialization

On this webinar we will focus on high-power cells for applications in automotive, while covering the entire production chain.

Fraunhofer ISIT will present the innovative development and pilot production of the high-power cells and its spin-off CUSTOMCELLS® will present the ways of the industrialization as well as the manufacturing technologies of the high-power cells.

Speakers:

• Dr. Andreas Würsig | Deputy Head of Business Unit "Power Electronics" | Head of Group "Battery Systems for Special Applications" @ Fraunhofer ISIT

• Dr. Daniela Werlich | CTO @ CUSTOMCELLS®

 

Link to the recording.

02.12.2020, 14:00 - Low-inductance packaging concepts and capacitors in power electronics

This webinar will focus on the challenges of low inductance packaging and capacitors, especially when using modern fast switching power semiconductors such as silicon carbide (SiC) Mosfet and gallium nitride (GaN) switches. The importance of parasitic inductance is first discussed and ways and design criteria to reduce it are presented. Subsequently, different capacitor technologies are presented and the respective advantages and disadvantages are discussed depending on the application conditions.

Speakers:

• Prof. Toke Franke | University of Southern Denmark

• Prof. Thomas Ebel | University of Southern Denmark

 

 Link to the recording.

25.11.2020, 14:00 - Modulation and control of modular power converters for high-power applications

The webinar focuses on the activities of the Chair of Power Electronics in the field of high-power converters supported by the new HEART-Plattform Laboratory which allows test up to 10 kV and 1 MVA. The results fo several projects developed in cooperation with companies will be presented.

 

Speakers:

• Prof. Marco Liserre, PhD, IEEE fellow | Head of the Chair of Power Electronics @ Christian-Albrechts-Universität zu Kiel

 

Link to the recording.

28.10.2020, 14:00 - Rapid Prototyping: How To Satisfy Your Customer in 24h

Speakers:

• Marius Strack | VP Operations @ UniverCell

• Dr. Andreas Würsig | Deputy Head of Business Unit "Power Electronics" | Head of Group "Battery Systems for Special Applications" | Fraunhofer ISIT

 

From new ideas to finished prototype within 24h

In our increasingly fast-paced world, quick adaptations to specific customer needs are essential to differentiate from the competition. With the multitude of processes in the manufacturing industry, this is not easy. It has often been forgotten to "just do it". In this webinar, we give three concrete tips on how to win over customers with customized solutions in the shortest possible time.

 

Link to the recording.

21.10.2020, 11:00 - Applications and use cases of powder technology

The webinar focuses on various use cases of an innovative manufacturing technology from Fraunhofer ISIT, which was already presented in detail on September 23.

In the first part, Fraunhofer ISIT presents a piezoelectric MEMS energy harvester that converts ambient energy via magnetic coupling. In addition to its application as an energy converter, the component demonstrates the integration of micromagnets into wafer-level microsystems. The magnetic force coupling enables the use of mechanical vibrations, shocks and rotational movements even outside the mechanical resonance of the harvester as well as the coupling of energy via magnetic fields.

Another application example of integrated micromagnets are soft magnetic cores for microcoils. These serve as energy storage for voltage converters in power supplies or end devices such as smartphones, IoT applications, smart homes and other applications. ISIT's powder technology enables a wide range of coil core geometries for a variety of coil designs.  Experimental results of a voltage converter prototype with 15W power based on a microcoil and a GaN FET will be presented. This combination enables switching frequencies in the double-digit MHz range.

Fraunhofer IZM presents latest developments for the integration of corresponding microelectronic components. The implementation of through-silicon vias (so-called TSVs) enables backside contacting of sensors as well as 3-D integration of ICs or Si-based interposers for high-density wiring carriers for e.g. chiplets. The interposer platform can also include passive thin-film devices such as coils and resistors, making it ideal for SiP (system-in-package) heterointegration. Examples of this will be presented in the webinar.     

Speakers:

·Dr. Björn Gojdka, Group Manager Agglomerated Microsystems  | Fraunhofer Institute for Silicon Technology ISIT

·Dr. Michael Töpper, Business Development | Fraunhofer Institute for Reliability and Microintegration IZM

·Malte Päsler, Power Electronics Business Field | Fraunhofer Institute for Silicon Technology ISIT

 

Link to the recording.

23.09.2020, 11:00 - Powder-based microcomponents - innovation building blocks of microsystems technology

Speakers:

• Dr. Björn Gojdka, Group Manager Agglomerated Microsystems | Fraunhofer Institute for Silicon Technology ISIT

• Dr. Olaf Andersen, Head of Department Cellular Metallic Materials | Fraunhofer Institute for Manufacturing Technology and Applied Materials Research IFAM

Fraunhofer ISIT presents a new, patented process for manufacturing and integrating three-dimensional microcomponents at wafer level. Numerous manufacturing parameters allow the generation of microcomponents with defined magnetic, thermal, optical, and electrical properties and freely designable geometries of a few tens to thousands of micrometers. A central process of the powder-based method was developed by Fraunhofer IFAM, Dresden branch, which has many years of expertise in powder metallurgy and in the field of porous metallic materials. IFAM presents possibilities for the characterization of powder materials and porous structures using accredited methods, among others. A patent-pending multifrequency process for transporting and uniformly dosing ultra-fine powders will be presented, which is currently being used and further developed for filling cavities on silicon wafers.

 

To register for the webinar, please enter your name, company and email address. The platform we use is GoToWebinar. You can join our session using a PC, Mac or mobile device (app required).

 

Link to the recording.

16.09.2020, 14:00 - Megatrends in Power Electronics - Opportunities and Perspectives from Northern Germany

© FH Westküste

 

Agenda: 

  • Presentation of the Power Electronics Network Schleswig-Holstein LE.SH

Prof. Holger Kapels (Fraunhofer ISIT)

Heiko Solmecke (VINCORION | JENOPTIK Advanced Systems GmbH)

  • Presentation of the study "Power Electronics in Schleswig-Holstein - Status and Perspectives".

Daniel Klose (DSN Connecting Knowledge)

 

In northern Germany, power electronics is an established cross-sectional technology for many societal megatrends, such as the energy transition, electromobility or digitalization. The Power Electronics Network Schleswig-Holstein (LE.SH) brings together 34 companies, research institutions and universities from Schleswig-Holstein, Hamburg, Mecklenburg-Vorpommern and (southern) Denmark. In this webinar, the LE.SH network introduces itself and DSN Connecting Knowledge reports on the status and importance of power electronics in Northern Germany.

To register for the webinar, please enter your name, company and email address. The platform we use is GoToWebinar. You can join our session using a PC, Mac or mobile device (app required).

 

Link to the recording.

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