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compact mechanical EXOR gate V.1.0

gate_fem_type_a.png compact mechanical EXOR gate V.1.0
gate_fem_type_b.png compact mechanical EXOR gate V.1.0
Gate_assm_frame02_right.png compact mechanical EXOR gate V.1.0
T_Bar.png compact mechanical EXOR gate V.1.0
proberod_01.png compact mechanical EXOR gate V.1.0
Gate_end01.png compact mechanical EXOR gate V.1.0
Gate_assm_frame01_left.png compact mechanical EXOR gate V.1.0
frame_gromet01.png compact mechanical EXOR gate V.1.0
frame_gromet02.png compact mechanical EXOR gate V.1.0
Gate_assm_frame01_left_v2.png compact mechanical EXOR gate V.1.0
20200108_033234.jpg compact mechanical EXOR gate V.1.0
Gate_assm_frame01_left.stl compact mechanical EXOR gate V.1.0
Gate_assm_frame02_right.stl compact mechanical EXOR gate V.1.0
Gate_end01.stl compact mechanical EXOR gate V.1.0
gate_fem_type_a.stl compact mechanical EXOR gate V.1.0
gate_fem_type_b.stl compact mechanical EXOR gate V.1.0
proberod_01.stl compact mechanical EXOR gate V.1.0
T_Bar.stl compact mechanical EXOR gate V.1.0
frame_gromet02.stl compact mechanical EXOR gate V.1.0
Gate_assm_frame01_left_v2.stl compact mechanical EXOR gate V.1.0
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  • Gate_assm_frame01_left.stl
  • Gate_assm_frame01_left_v2.stl
  • Gate_assm_frame02_right.stl
  • Gate_end01.stl
  • T_Bar.stl
  • frame_gromet02.stl
  • gate_fem_type_a.stl
  • gate_fem_type_b.stl
  • proberod_01.stl

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Publication date 2022-11-11 at 22:34
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Published to Thingiverse on: 2020-01-05 at 20:40
Design number 919847
dragoncat

dragoncat

3D printer file info

3D model description

this is a project that requires some very involved fitting together of pieces like a puzzle, some grinding and sanding ect might be needed to get the pieces to fit...but the end result is a WORKING EXOR gate physical Logic circuit!! if you don't know what an exor is Let me explain an EXOR is a gate, and in a computer there are many billions of such gates alowing it to add subtract and access memory etc and display images onto your screen etc..
an exor is short for EXCLUSIVE OR, what that means is that it either accepts one input or the other to be a one, which in this case is a pushed rod, for the output to be equal to a one also (pushed) if both are pushed, then both probe rods should be blocked, and no output (or pushed rod) occurs resulting in a ZERO for unpushed rod... this design requires that you push the rods of the input AND THEN TEST PUSH the OUTPUT RODS..., and then if the t-bar can be pushed the output is considered to be a true or a 1...

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