Pre-amplification for electron density measurement in the ionosphere

'Multi-Needle Langmuir Probes' (MNLP) measure electron density in plasma on various space probes, e.g. on the ICI rocket series. The first task of the electronics (i.e. the sensor front-end (FE)) to read out the measuremnts is to power the sensor and amplify the sensing signal current. This project aims at implementing a new version of this FE as application specific integrated circuit (ASIC) in a specific 180nm CMOS technology.

The electronics group at the physics institute has developped an instrument called 'Multi-Needle Langmuir Probe' (MNLP) to measure electron density in plasma. This instrument flies on various space probes, e.g. on the ICI rocket series, where the latest generation of sounding rockets ejects miniature sensor platforms from the '4DSpace module' into the ionosphere in flight. The nanoelectronics group (NANO) at IFI is developping integrated circuits to read out the sensor measurements. The electronics to read out the sensor values, in a first step, needs to power the sensor and amplify the sensing signal current before it is passed on to an analog-to-digital converter (ADC). This sensor supply and preamplification is summarized under the term sensor front end (FE). the task of this project is to implement a version of this FE as application specific integrated circuit (ASIC) in a specific CMOS technology, the TSMC BCD2 180nm technology.

Tags: Integrated circuits, CMOS, 180nm technology, space probes, 4DSpace
Published Aug. 25, 2021 10:46 AM - Last modified Apr. 2, 2024 5:44 PM

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