Electrical engineering

56 boards

KiCad boards from 27 GitHub repositories tagged “electrical-engineering”, the most starred first; open any of them in PCBKit.

2 layers75 × 75 mm
UP Down Counter with 4029 -
Gilbert-box/UP-Down-Display-Counter-with-4029
Digital Up/Down counter using CD4029 and 74LS47 ICs with a single 7-segment display. Includes manual clock, reset, and direction control.
36 partsMIT
2 layers75 × 75 mm
UP Down Counter with 4029 -
Gilbert-box/UP-Down-Display-Counter-with-4029
Digital Up/Down counter using CD4029 and 74LS47 ICs with a single 7-segment display. Includes manual clock, reset, and direction control.
37 partsMIT
2 layers135.4 × 64 mm
USR 32bit Full
Natasha-Eman/32-bit-Universal-Shift-Register
32-bit Universal Shift Register designed in Logisim Evolution and implemented as a modular two-board PCB in KiCad with complete schematics, PCB layouts, 3D models, and manufacturing-ready Gerber files.
47 partsMIT
2 layers22 × 18 mm
I2c temp breakout
nyquist-labs/projects
432 electrical-engineering projects by Anna Lin: predict from theory, measure by simulation or real data, compare, explain.
8 parts
2 layers44 × 32 mm
Lm317 5v psu
nyquist-labs/projects
432 electrical-engineering projects by Anna Lin: predict from theory, measure by simulation or real data, compare, explain.
14 parts
2 layers50 × 36 mm
Preamp
nyquist-labs/projects
432 electrical-engineering projects by Anna Lin: predict from theory, measure by simulation or real data, compare, explain.
22 parts
2 layers50 × 20 mm
Rf thru 50ohm
nyquist-labs/projects
432 electrical-engineering projects by Anna Lin: predict from theory, measure by simulation or real data, compare, explain.
2 parts
2 layers68.6 × 53.3 mm
Uno shield
nyquist-labs/projects
432 electrical-engineering projects by Anna Lin: predict from theory, measure by simulation or real data, compare, explain.
16 parts