YESvGaN-TRANSFORM-PowerElec PhD summer school in Ghent
GaN and SiC power electronics: From basics to application
28.-30. August 2023
Summary
A greener future requires minimizing the waste of energy. Electric power needs to be converted (multiple times) during its way from primary energy supply to the electronic devices used in our daily lives e.g. from the 220V AC mains to a 12V DC end-user appliance. Key to reducing the energy consumption is thus to maximize the efficiency in power conversion. This efficiency can be drastically improved by replacing power transistors that are currently based on silicon by wide band gap (WBG) semiconductors such as gallium nitride (GaN) and silicon carbide (SiC). Despite an accelerating adoption of GaN and SiC during the last years for consumer power supplies and automotive inverters, respectively, silicon-based technology is still largely dominating. To unlock the full potential of WBG based devices, we need to study and understand all the different aspects of the power devices, from growing the raw material to packaging and a demonstration of its potential in a final device.
This PhD summer school focusses on the production and development of GaN and SiC wide band gap power transistor devices. The attendees will get a full overview, from growing the raw wide-bandgap materials until packaging for the final application:
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How wide band gap semiconductors differ from conventional Si semiconductor technology and the physical properties of each material.
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How to implement the semiconductor material in the device via epitaxial film growth and how to characterize the materials to correlate the processing details to the final properties of the device.
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How reliable the performance of the final devices is and how to control and improve the reliability.
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How to produce the power devices on large scale and what the future will bring.
Each aspect is thoroughly discussed during a lecture given by invited experts from academia and industry which are working at the forefront of this field. Records of the lectures are available on the YESvGaN YouTube channel. For more impression of the event have a look at the YESvGaN LinkedIn or Twitter channel.
This summer school is co-organized by the ESCEL JU funded YESvGaN project (grant no 101007229), KDT JU funded TRANSFORM project (grant no 101007237) and the EMPIR funded PowerElec project (grant no 20IND09). The summer school is supported by the Flemish Government and the doctoral schools of Ghent University.
Time Schedule
Monday, August 28th
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9:00 |
Welcome words |
C. Detavernier (UGent) |
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9:15 |
Wide band gap power transistors for electrified mobility |
K. Heyers (Bosch) |
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10:15 |
Coffee |
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10:30 |
Fundamentals of lateral and vertical power devices |
F. Medjdoub (ULille, CNRS) |
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11:30 |
SiC crystal growth and defects |
E. Carria (STMicroelectronics) |
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12:30 |
Lunch break |
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14:30 |
Epitaxial growth of GaN and SiC |
B. Schineller (AIXTRON SE) |
|
16:00 |
Poster presentations by participating PhD students |
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Tuesday, August 29th
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9:00 |
GaN based vertical power devices: review and process development |
E. Brusaterra (FBH) |
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9:50 |
Power transistor manufacturing flow: Starting with Si moving into GaN and SiC |
S. Coffa (STMicroelectronics) |
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10:45 |
Coffee |
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11:00 |
Epitaxy and device relevant structural characterization of crystals and wafers |
E. Meissner (Fraunhofer IISB) |
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12:00 |
Advances in metrology for wide bandgap semiconductors |
Sebastian Wood (NPL) |
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12:30 |
Lunch break |
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14:30 |
Soitec SmartCut for SiC engineering substrate: SmartSiC(TM) |
W. Schwarzenbach (Soitec) |
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15:15 |
Vertical GaN on foreign substrates – The YESvGaN approach |
C. Huber (Bosch) |
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16:00 |
Excursion: Get to know Ghent and your peers |
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18:30 |
UGent takes you to dinner at Multatuli |
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Wednesday, August 30th
|
9:00 |
Reliability and stability of SiC devices |
J. Franke (TUC Germany) |
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9:30 |
Reliability and stability of SiC devices: New dynamic robustness tests (DRB and DH3TRB) |
T. Reimann (ISLE) |
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10:00 |
Reliability and stability of GaN devices |
N. Zagni (University of Modena and Reggio Emilia) |
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10:45 |
Coffee |
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11:00 |
Industrialization, standardization and packaging |
M. Rittner (Bosch) |
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12:30 |
Lunch break |
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14:30 |
SiC and GaN for Power Electronics: Two Markets Driven by Different Growth Engines |
T. Ayari (Yole Group) |
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16:00 |
Closing words |
C. Detavernier (UGent) |
Registration
Participation is free of charge. Registration includes participation to the lectures, coffee and optional the excursion and dinner offered by UGent. Only a limited number of participants can attend. Interested participants are advised to register in your earliest convenience.
The maximum number of registrations for the summer school have been reached.
Location
The summer school will take place in the August Vermeylen room at:
Het Pand, Ghent University
Onderbergen 1
9000 Ghent, Belgium
Certificate
The summer school is recognized as a specialist course from the Doctoral Schools of Ghent University. After successful participation, the Doctoral Schools will add this course to your curriculum. Keep in mind that this takes up to one to two months after completion of the course.
It is your responsibility to verify the validity of the summer school for credits at the Doctoral Schools of your home university. Ideally you share the necessary requirements with the organizer before applying.
Contact
Department of Solid State Sciences, Ghent University
Krijgslaan 281 - Building S1
9000 Gent, Belgium
Email: Sofie.Vandenbroucke@UGent.be
Acknowledgement
This summer school has been made possible through the support of the Flemish Government and the Doctoral Schools of Ghent University.
The YESvGaN project has received funding by the ECSEL JU under Grant Agreement No 101007229. The TRANSFORM project has received funding by KDT JU under Grant Agreement No 101007237. The JU receives support from the European Union’s Horizon 2020 research and innovation programme and Germany, France, Belgium, Austria, Sweden, Spain, Italy. The PowerElec project has received funding by the EMPIR initiative (grant no 20IND09). The EMPIR initiative is co-funded by the European Union’s Horizon 2020 research and innovation programme and the EMPIR Participating States.
