27/08/2014 - 12pm
27/08/2014 - 1pm

Anvil Semiconductor Presentation

Dr. Peter Ward from Anvil Semiconductor will present an overview of their technology and company activities on Wednesday @ 12:00 in A.6.G.34. All are welcome.
Dr. Peter Ward - Anvil Semiconductor. MD Peter has had an extensive industrial career in the development and manufacturing of Silicon power and RF devices in both large organisations (STMicroelectronics and Plessey) and start-ups. He has worked in every aspect of the industry from basic technology research, through product development, to managing RF and Power device business units.
A.6.G.34 (Block A, Ground-Floor Large Conference-Room)
At Tyndall

Unlike the more commonly used and energy intensive bulk crystalline form of silicon carbide, 4H-SiC, its cubic form, 3C-SiC, can be readily deposited by heteroepitaxy on silicon wafers.  However, due to a significant mismatch in lattice parameters and widely differing thermal expansion coefficients, this form has never been grown successfully for commercial purposes.

Anvil Semiconductors has developed a process that overcomes these dual challenges and enables the production of device quality 3C-SiC epitaxy on large diameter silicon substrates. The cubic form of SiC behaves much more like silicon and hence enables lower temperature processing and standard room temperature ion implantation equipment to be used. This enables the resulting wafers to be used to fabricate devices such as MOSFETS with a similar process architecture to that used in silicon. In fact the superior fundamental properties of SiC mean that far more equivalent devices can be made from the same size wafer and a 650V, 3C-SiC/Si MOSFET does not need the expensive and difficult Super Junction process used in silicon-based technology. The use of normal auto-registration techniques also makes a much more compact device when compared with those produced in 4H-SiC.

Ireland fund ecsf ucc
Privacy - Legal Statements
Tyndall - All rights reserved - 2018