dr. ir. Miguel Vermandel
No current affiliation with UGent
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A multifunctional high-voltage driver chip for low-power mobile display systems
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Electrical characterisation of high voltage MOSFETs using MESDRIFT
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Electrical characterization of high voltage MOSFETs using MESDRIFT
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Design of an integrated low-power high-voltage driver for bistable displays
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A micro-power 100-V cholesteric texture LCD driver
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Cost effective implementation of a 90 V RESURF P-type Drain extended MOS in a 0.35 um based smart power technology.
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Physical modelling strategy for (quasi-) saturation effects in lateral DMOS transistor based on the concept of intrinsic drain voltage
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An Experimental Approach for Bias-Dependent Drain Series Resistances Evaluation in Asymmetric HV MOSFETs
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Investigations and Physical Modelling of Saturation Effects in Lateral DMOS Transistor Architectures Based on the Concept of Intrinsic Drain Voltage
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Using Adaptive Resurf technique and field plate working to improve the safe operating area of n-type drain extended MOS transistors.