Agenda

PhD Thesis Defence

Monday, 11 November 2019
12:00-14:30
Aula Senaatszaal

High-Speed Interfaces for Capacitive Displacement Sensor

Sha Xia

This thesis describes the theory, design, and implementation of high-speed capacitive displacement sensor interface circuits. The intended application is to readout the capacitive displacement sensor used in a servo loop, where the measurement time needs to be low to ensure loop stability. The work employs baseline-capacitance cancellation technique to reach a high energy-efficiency and high conversion speed.

Overview of PhD Thesis Defence

Agenda

Thu, 25 Apr 2024
15:30
EEMCS, Snijderszaal

Microelectronics colloquium

Achilleas Savva

Regenerative Bioelectronic Technologies - #ReBooT

'Regenerative Bioelectronics' merges insights from two distinct research domains: stem cell-based regenerative medicine and bioelectronic engineering. The great therapeutic potential of stem cells to give solutions to untreated neurological disorders, has recently been verified by clinical trials in human

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