A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and DC + pulse measurements on 2 and 3 terminal semiconductor devices, the later ones in 3 selectable common-configurations. Tests can be done on packaged devices and on-wafer; temperature dependency studied and time-depended features like trapping effects in GaN-based HEMTs. Novel is that once the overall test setup is assembled, no external hardware changes are neccesary for a full (automated) characterization of all quadrants of the I-V plot, and that in the pulse mode the V and I sampling point already can be at 8 ns from the leading edge, allowing measurements with very limited average device temperature increase
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
The paper introduces a new pulsed measurement system for the characterization of thermal and charge ...
The paper introduces a new pulsed measurement system for the characterization of thermal and charge ...
none6The paper introduces a new pulsed measurement system for the characterization of thermal and ch...
International audienceNowadays, power electronics are growing towards better efficiencies and most o...
On-die testing can accelerate development of semiconductor devices, but poses certain challenges rel...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A universal DC and pulsed I-V test set is presented, that allows automated DC-only, pulse-only and D...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
A new setup is proposed for the measurement of current-voltage pulsed characteristics of electron de...
The paper introduces a new pulsed measurement system for the characterization of thermal and charge ...
The paper introduces a new pulsed measurement system for the characterization of thermal and charge ...
none6The paper introduces a new pulsed measurement system for the characterization of thermal and ch...
International audienceNowadays, power electronics are growing towards better efficiencies and most o...
On-die testing can accelerate development of semiconductor devices, but poses certain challenges rel...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...
As the technology advances, the feature size of the modern integrated circuits (ICs) has decreased d...