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The Electrical and Thermal Characteristics of Stacked GaN MISHEMT
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To study the working performance of 3D stacked chips, a double-layer stacked GaN MISHEMTs structure was designed to study the electro-thermal characteristics and heat transfer process of stacked chips. Firstly, the electrical characteristics of double-layer and single-layer GaN MISHEMTs are compared at room temperature. Under the same conditions, the output current of double-layer GaN MISHEMTs is twice that of single-layer GaN MISHEMTs, but its off-state current is much higher than that of a single-layer device. Meanwhile, there is no significant difference between the threshold voltages of the double-layer and single-layer GaN MISHEMTs. Then, the effect of temperature on the electrical characteristics of double-layer GaN MISHEMTs is also investigated. When the temperature increased from room temperature to 150 °C, the device’s threshold voltage gradually shifted negatively, the output current of the device decreased, and the off-state current of the device increased. Furthermore, a thermal resistance network model has been established to analyze the thermal characteristics of the stacked GaN MISHEMTs. The relative error between the results calculated according to the model and the experimental results does not exceed 4.26%, which verified the correctness and accuracy of the presented model to predict the temperature distribution of the stacked GaN MISHEMTs.
Title: The Electrical and Thermal Characteristics of Stacked GaN MISHEMT
Description:
To study the working performance of 3D stacked chips, a double-layer stacked GaN MISHEMTs structure was designed to study the electro-thermal characteristics and heat transfer process of stacked chips.
Firstly, the electrical characteristics of double-layer and single-layer GaN MISHEMTs are compared at room temperature.
Under the same conditions, the output current of double-layer GaN MISHEMTs is twice that of single-layer GaN MISHEMTs, but its off-state current is much higher than that of a single-layer device.
Meanwhile, there is no significant difference between the threshold voltages of the double-layer and single-layer GaN MISHEMTs.
Then, the effect of temperature on the electrical characteristics of double-layer GaN MISHEMTs is also investigated.
When the temperature increased from room temperature to 150 °C, the device’s threshold voltage gradually shifted negatively, the output current of the device decreased, and the off-state current of the device increased.
Furthermore, a thermal resistance network model has been established to analyze the thermal characteristics of the stacked GaN MISHEMTs.
The relative error between the results calculated according to the model and the experimental results does not exceed 4.
26%, which verified the correctness and accuracy of the presented model to predict the temperature distribution of the stacked GaN MISHEMTs.
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