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Estimation of Insulated-gate Bipolar Transistor Operating Temperature: Simulation and Experiment
Bahun, Ivan,Sunde, Viktor,Jakopovic, Zeljko The Korean Institute of Power Electronics 2013 JOURNAL OF POWER ELECTRONICS Vol.13 No.4
Knowledge of a power semiconductor's operating temperature is important in circuit design and converter control. Designing appropriate circuitry that does not affect regular circuit operation during virtual junction temperature measurement at actual operating conditions is a demanding task for engineers. The proposed method enables virtual junction temperature estimation with a dedicated modified gate driver circuit based on real-time measurement of a semiconductor's quasi-threshold voltage. A simulation was conducted before the circuit was designed to verify the concept and to determine the basic properties and potential drawbacks of the proposed method.
Undergraduate Power Electronics Laboratory - Applying TSMST Method
Jakopovic, Zeljko,Sunde, Viktor,Benci, Zvonko The Korean Institute of Power Electronics 2010 JOURNAL OF POWER ELECTRONICS Vol.10 No.6
This paper presents a TSMST (Theory - Simulation - Measurement - Simulation - Theory) method for power electronics laboratory. The method successfully integrates theory, simulation and measurement, thus enabling better integration of student's knowledge and better usage of inadequate number of laboratory hours. Students are attracted with relatively simple tasks to be solved and modern, but economical laboratory equipment. A significant part of the assignments can be made at home, thus lowering the pressure on students to finish the tasks on time. The proposed method is described on three basic examples explaining characteristic phases of the TSMST method.
Estimation of Insulated-gate Bipolar Transistor Operating Temperature
Ivan Bahun,Viktor Sunde,Zeljko Jakopovic 전력전자학회 2013 JOURNAL OF POWER ELECTRONICS Vol.13 No.4
Knowledge of a power semiconductor’s operating temperature is important in circuit design and converter control. Designing appropriate circuitry that does not affect regular circuit operation during virtual junction temperature measurement at actual operating conditions is a demanding task for engineers. The proposed method enables virtual junction temperature estimation with a dedicated modified gate driver circuit based on real-time measurement of a semiconductor’s quasi-threshold voltage. A simulation was conducted before the circuit was designed to verify the concept and to determine the basic properties and potential drawbacks of the proposed method.
Undergraduate Power Electronics Laboratory - Applying TSMST Method
Zeljko Jakopovic,Viktor Sunde,Zvonko Bencic 전력전자학회 2010 JOURNAL OF POWER ELECTRONICS Vol.10 No.6
This paper presents a TSMST (Theory ? Simulation ? Measurement ? Simulation ? Theory) method for power electronics laboratory. The method successfully integrates theory, simulation and measurement, thus enabling better integration of student’s knowledge and better usage of inadequate number of laboratory hours. Students are attracted with relatively simple tasks to be solved and modern, but economical laboratory equipment. A significant part of the assignments can be made at home, thus lowering the pressure on students to finish the tasks on time. The proposed method is described on three basic examples explaining characteristic phases of the TSMST method.