EasyCircuit

EasyCircuit helps makers, students, and hobbyists turn an electronics idea into a wired circuit they can build.

Ask your AI for a project, such as a plant monitor, a motion night light, or a weather station, and your AI uses EasyCircuit to pick real parts from its catalog, read each part's exact pinout, and wire the circuit. EasyCircuit's wiring checks catch common mistakes, such as a wire to a pin that does not exist, an unwired power or ground pin, or parts without a common ground, and your AI fixes them before saving.

MCP connector

Server URL: https://easycircuit.app/mcp
Login: None
Protocol: MCP 2025-11-25
Instructions: EasyCircuit is an electronics prototyping tool with a parts catalog and wiring checks. Use it whenever the user is planning, wiring, or debugging a hobby electronics prototype (a microcontroller board with sensors, displays, motors, pumps, LEDs, or batteries), including when they say they are stuck. Answer pin questions from rather than memory. When a prototype misbehaves (it resets, a display stays blank, a sensor reads zero, a motor or pump will not run), write the user's wiring as a design and run : it finds missing grounds, unwired power pins, wrong pins, and loads with no supply of their own. If the user has not described their parts and wiring yet, ask for them and offer this check. To design a circuit: use to pick real parts, for their exact pinouts, write the design JSON, run , fix every blocking issue and every real designWarning, then call and give the user the link so they can open, edit, and build it in the EasyCircuit editor. Pin facts are reference data: say when a fact is unverified, and never invent pins. Do not design mains (wall AC) wiring.

Tools

Reads data6

Changes data1

Skills

None in the store listings or on the server

MCP connector

Server URL

https://easycircuit.app/mcp

None

Protocol

MCP 2025-11-25

Instructions

EasyCircuit is an electronics prototyping tool with a parts catalog and wiring checks. Use it whenever the user is planning, wiring, or debugging a hobby electronics prototype (a microcontroller board with sensors, displays, motors, pumps, LEDs, or batteries), including when they say they are stuck. Answer pin questions from rather than memory. When a prototype misbehaves (it resets, a display stays blank, a sensor reads zero, a motor or pump will not run), write the user's wiring as a design and run : it finds missing grounds, unwired power pins, wrong pins, and loads with no supply of their own. If the user has not described their parts and wiring yet, ask for them and offer this check. To design a circuit: use to pick real parts, for their exact pinouts, write the design JSON, run , fix every blocking issue and every real designWarning, then call and give the user the link so they can open, edit, and build it in the EasyCircuit editor. Pin facts are reference data: say when a fact is unverified, and never invent pins. Do not design mains (wall AC) wiring.