セナナヤケ　ティラク

 

博士(工学）セナナヤケ ティラク

所属：数理物質系（物理工学域）

e-mail： senanayake.thilak.fu@u

TEL：029-853-5249

学歴

工学修士(2001年），工学博士(2004年)（九州大学大学院システム情報科学研究院電気電子システム工学部門）

論文 : マイクロプロセッサ駆動用スイッチング電源の高速応答化技術

職歴

• 2004年4月　～　2005年3月 九州大学      研究員
• 2005年4月　～　2015年3月  （株)豊田中央研究所  研究員
• 2015年4月　～　 筑波大学　  研究員

資格

• 1990年4月    電子データプロセッシング
• 2005年4月   Certified Novell Administrator (CNA)
• 2005年4月   Certified Novell Engineer (CNE)

所属学会

• 米国電気電子学会 (IEEE)
• 電子情報通信学会

専門分野

研究テーマ

Low-cost small-size Impedance Source Inverter　for Hybrid / Electric Vehicle

論文

2016年

[1]. ”, T.Senanayake, Ryuji Iijima, Takanori Isobe, Hiroshi Tadano, “Z-source with Rectangular wave Modulation Inverter for Hybrid / Electric Vehicles,  European Conference on Power Electronics and Applications, EPE2016, Karlshue, Germany, pp1-10,September 2016.

[2].  T.Senanayake, Ryuji Iijima, Takanori Isobe, Hiroshi Tadano“Improved Impedance Source Inverter for Hybrid/Electric Vehicle Application with Continuous Conduction Operation”,, IEEE Applied Power Electronics Conference,  APEC2016 , California, U.S.A, pp3722-3726,March 2016.

 2013年

[1]. T.Senanayake,  “Novel Zero-current / Zero-voltage Transition DC-DC Converter”,IEEE 10^th International conference on Power Electronics & Drive Systems,PEDS2013, April,2013,pp1173-1177.

2005年

[2]. T.Senanayake, T.Ninomiya, “An Improved Topology of Inductor-Switching DC-DC Converter”,IEEE Transactions on Industrial Electronics, vol.52 no.3, June,  pp869-878,2005.

2004年

[3]. T.Senanayake, T.Ninomiya, “Auto-Reset Forward DC-DC Converter with Fast Transient Response for High-Current /Low-Voltage Applications”,IEICE Transactions on Fundamentals, Special sections on Analog Circuit Techniques and Related Topics,vol.4 no.2,April,pp87-96,2004.

[4]. T.Senanayake, T.Ninomiya, “Fast-Response Load Regulation of DC-DC Converter by High-Current Clamp”,Jounrnal of Power Electronics, vol.4 no.2.April,pp87-95,2004.

[5]. T.Senanayake,T.Ninomiya, “Auto-Reset Forward DC-DC Converter with Self-Driven Synchronous　Rectification”,IEEE 35^th Power Electronics Specialist Conference, IEEE PESC2004 , Aachen, Germany, June.20-25,2004,pp3636-3641.

[6]. T.Senanayake,T.Ninomiya,“Multi-phase Voltage Regulator Module with Current Amplification and Absorption Technique,”IEEE 19^th Annual Power Electronics Conference, IEEE APEC2004 , California, U.S.A, Feb.22-26,2004,pp1269-1274.

[7]. T.Senanayake,T.Ninomiya,“Forward Type DC-DC Converter with LC Clamp for Steep Load Transitions,”IEEE 19^th Annual Power Electronics Conference, IEEE APEC2004 , California, U.S.A, Feb.22-26,2004, pp1377-1383.

2003年

[8]. T.Senanayake,T.Ninomiya,“Fast Response Inductor Switching Auto Reset Forward DC-DC Converter,”The Fifth IEEE International Conference on Power Electronics and Drive Systems, IEEE PEDS2003, Singapore.,Nov 17-20,2003.

[9]. T.Senanayake,T.Ninomiya,“An Improved Topology of Inductor-Switching DC-DC Converter,”IEEE 27^th Industrial Electronic Conference, IECON2003, Virginia,U.S.A.,Nov 9-12,2003.

[10]. T.Senanayake,T.Ninomiya, “Fast-Response VRM using Current Amplification and Absorption,”The 10^th European Conference on Power Electronics and Applications, EPE2003,Toulouse, France,Sept.2-4,2003.

[11].  T.Senanayake,T.Ninomiya,Hirokazu Tohya, “Fast-Response Load Regulation of DC-DC Converter By By Means of Reactance Switching,”IEEE 34^th Power Electronics Specialist Conference, IEEE PESC2003 , Acapulco, Mexico, June.15-19,2003,pp1157-1162.

[12]. T.Senanayake,Manabu Kusumoto,T.Ninomiya,Hirokazu Tohya, “VRM Transient Analysis at Fast Load change and Fast-Transient Response with LILC,”IEEE International Symposium on Industrial Electronics, ISIE2003, Rio de Janeiro, Brazil,June.9-12,2003,pp653-657.

[13]. T.Senanayake,T.Ninomiya, “High-Current Clamp for Fast-Response Load Transitions of DC-DC Converter,”IEEE International Symposium on Circuits and Systems, ISCAS2003 , Bangkok, Thailand,May. 25-28,2003,pp269-274.

[14]. T.Senanayake,T.Ninomiya,“Inductor-Switching Solution for fast-Response VRM,”The 6^th IASTED International Conference on Power and Energy Systems, PES2003, California,U.S.A,Feb.24-26,2003,pp268-273.

2002年

[15]. T.Senanayake,T.Ninomiya,“Fast-Response Load Regulation of DC-DC Converter By Inductor-Switching High Current Path,” IEEE Region 10 Conference on Computers, Communications, Control and Power Engineering,TENCON2002, Bejing,China, Oct.28-31,2002, pp1986-1989.

特許

[1]. “Current Balancing Controller”, JP2016093061 , 23^rd May 2016.

[2]. “Voltage Conversion Device”,  JP2015070630 , 13^th April 2015.

[3]. “DC-DC Converter”, , JP5678862, 4^th March 2015

[4]. “Electric power control system”, JP5397230, 22^nd January 2014

[5]. “DC-DC Converter”,  JP2013135570 , 8^th July 2013

[6]. “Power inverter circuit”,  JP5223610 , 26^th June 2013

[7]. “DC-DC Converter”, JP2013090477 , 13^th May 2013

[8]. “DC-DC Converter”, JP2012253942 ,20^th December 2012

[9]. “Power supply control system”, JP2011142738 , 21^th July 2011

[10]. Vehicular power supply control system”, JP2011136665 ,14^th July 2011

[11]. “Method of controlling power conversion circuit”, JP2010187493 ,26^th August 2010

[12]. “Power conversion circuit”, JP2010119173 (JAPAN),27^th May 2010

[13]. “Power converter circuit”, JP2010104076 (JAPAN),6^th May 2010

[14]. DC-DCコンバータ 2112-0307526 (USA)

[15] DC-DCコンバータ 10201228884A1 (German)