To gather more knowledge about how a typical oscilloscope performs analog-signal processing, the results of the state-of-the-art research (see https://es.technikum-wien.at/openlab/openlab_wiki/wikis/SOTA_osci[State of the Art Research (SOTA) (Oscilloscope)]) were further analyzed.
To gather more knowledge about how a typical oscilloscope performs analog-signal processing, the results of the state-of-the-art research (see https://es.technikum-wien.at/openlab/openlab_wiki/wikis/SOTA_osci[State of the Art Research (Oscilloscope)]) were further analyzed.
For this purpose, only projects with access to the schematic of the hardware provided enough information.
For this purpose, only projects with access to the schematic of the hardware provided enough information.
The three most interesting projects were selected for deeper investigation.
The three most interesting projects were selected for deeper investigation.
The XMEGA Xminilab developed by Gabotronics [1], for example, designed a front-end which is capable of processing analog signals at a voltage range of -14V to +20V.
The XMEGA Xminilab developed by Gabotronics [1], for example, designed a front-end which is capable of processing analog signals at a voltage range of -14V to +20V.
