Electronics
Master Thesis 30 hp
Modern ASICs integrate multiple functional IP blocks that transition between idle and full-power states within nanoseconds, demanding nearly instantaneous current from the power delivery network. To ensure a voltage regulator satisfies these stringent dynamic requirements, its transient performance must be comprehensively evaluated across various operating scenarios. Applying rapid current steps via a dedicated step-response test board allows engineers to verify that voltage undershoot and overshoot remain within tight tolerances, while directly evaluating the regulator's control loop stability, damping, and settling behavior under large-signal stress.
The main goal of this project is to study, design, implement and verify a dynamic current sink which can be used to characterize the power supplies that are used in AXIS products.
Who are you?
You are likely studying a Master Program within Electronics or Physics Engineering or similar, and you have a strong interest in analog electronic design and/or control theory.
OK, I am interested! What do I do now?
You are valuable to us – how nice that you are interested in one of our proposals! There are a few things for you to keep in mind when applying.
Hamid Karrari
Henrik Bergström
Thesis Worker (Fixed Term)
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