How shiv115singh/kicad_example_projects- works
This repository is a learning-oriented collection of KiCad circuit and PCB designs, including power supplies, regulators, and an ESP32 design. Each node represents a project’s schematic; the tree also shows associated board files and, for some projects, manufacturing outputs. The README identifies KiCad as the design tool but does not describe connections between project files or circuit stages, so no schematic-to-board or circuit-flow edges are inferred.
Main entry points: 5v_3v_regulator_circuit.kicad_sch 5V–3V regulator · 5V TO 3.3V VOLTAGE REGULATOR.kicad_sch 5V–3.3V regulator · LM2596.kicad_sch LM2596 design · AC_to_DC_Converter.kicad_sch AC-to-DC converter
Components 9
Voltage regulation
- 5V–3V regulator
5v_3v_regulator_circuit.kicad_sch - 5V–3.3V regulator
Voltage regulator/5V TO 3.3V VOLTAGE REGULATOR.kicad_sch - LM2596 design
LM2596/LM2596.kicad_sch
Power conversion
- AC-to-DC converter
AC to DC Converter/AC_to_DC_Converter.kicad_sch - Ideal diode switch
Ideal diode with switch/Ideal_Diode_With_Switch.kicad_sch - Transformerless supply
transformer less power supply
Embedded design
- ESP32 design
ESP32/ESP32.kicad_sch
Other components
- Learner / designer
- KiCad
Connections 8
- Learner / designer → KiCad: designs with
README.md - KiCad → 5V–3V regulator: used to create
README.md - KiCad → 5V–3.3V regulator: used to create
README.md - KiCad → LM2596 design: used to create
README.md - KiCad → AC-to-DC converter: used to create
README.md - KiCad → Ideal diode switch: used to create
README.md - KiCad → Transformerless supply: used to create
README.md - KiCad → ESP32 design: used to create
README.md