This paper presents characteristics of the GaN HEMT and proposes controlled switching of the GaN Power HEMT. An experimental implementation is described, experimental current drive switching results presented and a closed loop control strategy is suggested. Simulation results are presented, and the paper gives full details of the circuits used. Controlled di/dt and dV/dt is obtained using closed loop GaN HEMT switching. The advantages of GaN HEMT devices are discussed in comparison with Super Junction Si MOSFETs and conclusions drawn regarding the performance and use of GaN Power Transistors
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
Using GaN HEMTs in high current applications, such as pulsed power modulators for particle accelerat...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
One of the challenges in the application of GaN power HEMTs is designing the gate driver for optimal...
One of the challenges in the application of GaN power HEMTs is designing the gate driver for optimal...
The efficiency and power density improvement of power switching converters play a crucial role in en...
The efficiency and power density improvement of power switching converters play a crucial role in en...
GaN HEMTs are widely used in switching power amplifiers topologies to achieve high power density at ...
GaN HEMTs can realize high-power-density operation with low power loss in power electronic systems d...
A model based on the key parameters of the device, such as the 2DEG carrier concentration and its mo...
A model based on the key parameters of the device, such as the 2DEG carrier concentration and its mo...
Gallium Nitride (GaN) devices due to its excellent material properties has the potential to signific...
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
Using GaN HEMTs in high current applications, such as pulsed power modulators for particle accelerat...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
International audienceThe paper investigates the management of drain voltage and current slew rates ...
One of the challenges in the application of GaN power HEMTs is designing the gate driver for optimal...
One of the challenges in the application of GaN power HEMTs is designing the gate driver for optimal...
The efficiency and power density improvement of power switching converters play a crucial role in en...
The efficiency and power density improvement of power switching converters play a crucial role in en...
GaN HEMTs are widely used in switching power amplifiers topologies to achieve high power density at ...
GaN HEMTs can realize high-power-density operation with low power loss in power electronic systems d...
A model based on the key parameters of the device, such as the 2DEG carrier concentration and its mo...
A model based on the key parameters of the device, such as the 2DEG carrier concentration and its mo...
Gallium Nitride (GaN) devices due to its excellent material properties has the potential to signific...
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
To enable higher current handling capability of GaN-based DC/DC converters, devices have to be used ...
Using GaN HEMTs in high current applications, such as pulsed power modulators for particle accelerat...