Data underlying the PhD dissertation 'Prognostics and Thermal Management of Power Electronic Packages'
doi: 10.4121/845aa72c-e96d-483f-888a-a23c173540b8
The reliability of power electronic packages is often compromised by degradation mechanisms such as thermal fatigue and delamination, leading to economic consequences due to premature failures. Conventional approaches for reliability testing are inadequate for early fault detection. This research aims to develop a framework of prognostics based on online monitoring strategies for power electronic packages, with a particular focus on the die-attach interface material. The dataset provided in Chapters 2 and 3 is the lifetime reliability data of packages with different die-attach materials. The dataset provided in Chapter 5 is the thermal characterization data of different materials. The dataset provided in Chapter 7 is the device performance data with different thermal management strategies. To understand the data collection method and other calibration parameters, kindly refer to the dissertation document.
- 2024-10-31 first online, published, posted
DATA
- 392 bytesMD5:
28c46573dc768c806a7085c5490013ac
Chapter_2 - readme.txt - 815 bytesMD5:
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Chapter_3 - readme.txt - 616 bytesMD5:
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Chapter_5 - readme.txt - 537 bytesMD5:
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Chapter_7 - readme.txt - 24,124 bytesMD5:
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Chapter_2 - Zth data at 150degC.xlsx - 24,157 bytesMD5:
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Chapter_2 - Zth data at minus55degC.xlsx - 17,542 bytesMD5:
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Chapter_3 - Material-A_Electrical_Lifetime_data.xlsx - 34,923 bytesMD5:
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Chapter_3 - Material-A_Impedance_Lifetime_data.xlsx - 17,448 bytesMD5:
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Chapter_3 - Material-B_Electrical_Lifetime_data.xlsx - 34,898 bytesMD5:
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Chapter_3 - Material-B_Impedance_Lifetime_data.xlsx - 17,430 bytesMD5:
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Chapter_3 - Material-C_Electrical_Lifetime_data.xlsx - 34,835 bytesMD5:
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Chapter_3 - Material-C_Impedance_Lifetime_data.xlsx - 17,456 bytesMD5:
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Chapter_3 - Material-D_Electrical_Lifetime_data.xlsx - 35,098 bytesMD5:
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Chapter_3 - Material-D_Impedance_Lifetime_data.xlsx - 35,402,817 bytesMD5:
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Chapter_5 - Zth Xdata of Ag - 33um BLT.mat - 35,476,198 bytesMD5:
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Chapter_5 - Zth Xdata of Ag - 55um BLT.mat - 35,475,480 bytesMD5:
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Chapter_5 - Zth Xdata of Ag - 98um BLT.mat - 164,966 bytesMD5:
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Chapter_5 - Zth Xdata of Epoxy.mat - 164,945 bytesMD5:
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Chapter_5 - Zth Xdata of SAC.mat - 40,057,015 bytesMD5:
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Chapter_5 - Zth Ydata of Ag - 33um BLT.mat - 39,764,725 bytesMD5:
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Chapter_5 - Zth Ydata of Ag - 55um BLT.mat - 39,422,449 bytesMD5:
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Chapter_5 - Zth Ydata of Ag - 98um BLT.mat - 155,966 bytesMD5:
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Chapter_5 - Zth Ydata of Epoxy.mat - 156,594 bytesMD5:
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Chapter_5 - Zth Ydata of SAC.mat - 18,746 bytesMD5:
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Chapter_7 - Junction_temperature_measurements.xlsx - 18,260 bytesMD5:
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Chapter_7 - Water_temperature_measurements.xlsx -
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