Publications

Owners/Installation Manual

ASI-1000 ETL-certified model

Primary Authorship, selected works

  1. Katsis D. C. ; vanWyk J. D. ; “A Thermal, Mechanical, and Electrical Study of Voiding in the Solder Die-Attach of Power MOSFETs” IEEE Transactions on Components and Packaging Technologies : In Press
  2. Katsis, D.; Geil, B.; Griffin, T.; Koebke, G.; Kaplan, S.; Ovrebo, G.; Bayne, S.; “Silicon carbide power semiconductor module development for a high temperature 10kW AC drive” Industry Applications Conference, 2005. Conference Record of the Fourtieth IAS Annual Meeting. 2005, Volume 1, 2-6 Oct. 2005 Page(s):399 – 403
  3. Katsis, D.; Wheeler, P.W.; Clare, J.C.; Empringham, L.; Bland, M.; “A utility power supply based on a four-output leg matrix converter” Industry Applications Conference, 2005. . Conference Record of the Fourtieth IAS Annual Meeting 2005, Volume 4, 2-6 Oct., 2005 Page(s):2355 – 2359
  4. Podlesak, T.F.; Katsis, D.C.; Wheeler, P.W.; Clare, J.C.; Empringham, L.; Bland, M.; “A 150-kVA Vector-Controlled Matrix Converter Induction Motor Drive” IEEE Transactions on Industry Applications, Volume 41, Issue 3, May-June 2005 Page(s):841 – 847
  5. D. C. Katsis, J.D. vanWyk, “Void Induced Thermal Impedance in Power Semiconductor Modules: Some Transient Temperature Effects”, Transactions of the IEEE Industry Applications Society, Volume: 39 , Issue: 5 , Sept.-Oct. 2003, pp:1239 – 1246
  6. D.C. Katsis, J.D. vanWyk, “A finite element modeling of dynamic hot spot effects in MOSFET dies due to voiding in the solder die-attach”, IEEE 34th Annual Conference of Power Electronics Specialists 2003. June 2003, vol.2. pp: 828 – 833
  7. D.C. Katsis and Y. Zheng, “High Temperature Encapsulant Study” Conference proceedings of IMAPS 2007 : (IMAPS 2007)
  8. D.C. Katsis and Y. Zheng, “High Temperature Power Semiconductor Module for Extreme Environments” (PESC 2008)
  9. D.C. Katsis, “Film Capacitor Reliability in PV Inverters” (ASME IMECE 2009)
  10. D.C. Katsis, Reliability Assessment for the bypass diode in a PV module (Presentation)