Uploaded March 2026 | Updated September 2026, 2 hours ago
#analogcomputer #opamp #oscilloscope #opensource
In this video, I show my homemade analog single-board computer. I built it to learn and explore neuromorphic circuits so I can hopefully build a neuromorphic computer one day. The project is open source, the files can be found here: github.com/Marbslab/Analog-computer
The analog computer features two adders, two multipliers, two integrators, two multi-purpose opamps, and function generators (square, triangle, and sine). The 3D-printed housing has a modular design. I was inspired by the AKAT-1 analog computer from the 1950s. As with the AKAT-1, I use an oscilloscope (DSO138) as a screen.
Dr. Vogel's papers (sorry, only in German) can be found here: analogmuseum.org/english/library.html
#analogcomputer #opamp #oscilloscope #opensource
In this video, I show my homemade analog single-board computer. I built it to learn and explore neuromorphic circuits so I can hopefully build a neuromorphic computer one day. The project is open source, the files can be found here: github.com/Marbslab/Analog-computer
The analog computer features two adders, two multipliers, two integrators, two multi-purpose opamps, and function generators (square, triangle, and sine). The 3D-printed housing has a modular design. I was inspired by the AKAT-1 analog computer from the 1950s. As with the AKAT-1, I use an oscilloscope (DSO138) as a screen.
Dr. Vogel's papers (sorry, only in German) can be found here: analogmuseum.org/english/library.html
