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This is a new version of my interpretation of the operation of basic logic gates as they could look like in the Zuse Z1 programmable calculator. The information is from pages 216-221 in the book described below. The illustrations are from…
Extendable to any bitlength (in theory, see README). The Z1 certainly had *some* form of binary counter to control its microprocesses (as described in [Konrad Zuse's Early Computers (Rojas,…
This model is based on the interactive web simulation by Jakob Mischek (https://zuse-z1.zib.de/simulations/z1/adders/wg), which in turn is based on drawings in a patent application by Zuse. I made some necessary adjustments to avoid…
Zuse inspired Z1 logic gate demonstration set This is my interpretation of the operation of basic logic gates as they could be used in the Zuse Z1 programmable calculators. The information is from pages 216-2217 in the book described…
This is a more elaborate version of thing https://www.thingiverse.com/thing:3382580 , using the same technology as the other Zuse inspired parts. A 3 to 8 decoder could be created with a collection of AND amd/or OR gates, but this would…
This is my interpretation of the operation of basic logic gates as they could be used in the Zuse Z1 programmable calculators. The information is from pages 216-2217 in the book described below. The illustrations are from the patent Zuse…
This is my interpretation of the operation of a single bit of memory as used in the Zuse Z1 and Z2 programmable calculators, and later for the Z4 computer. Most information is from pages 218-221 in the book described below. The original…
This multi-part model is a mechanical NAND gate, one of the universal logic gates that all other logic gates can be built out of. The ideal desk fidget toy for Computer Science fans! It is based on designs by German computing pioneer…
