StateMachineSafe is a project aimed at designing and simulating a state machine to manage the opening and closing of a safe. This machine is built using D flip-flops and logic gates, ensuring precise logical control of the mechanism.
- 📜 State Machine Design: Development of a state graph defining the safe's behavior.
- 🧮 Transition Table and Karnaugh Map: Derivation of logical equations necessary for system operation.
- 🔬 LTSpice Simulation: Verification and validation of the logical circuit through LTSpice simulation.
- 🔑 Secure Access Management: Implementation of a reliable mechanism ensuring the safe's opening and closing according to a defined sequence.
| 🏷️ Feature | 🔍 Description |
|---|---|
| 🔄 State Machine | Modeling of the control system with a state graph |
| 📊 Transition Table | Definition of transitions between states |
| 📏 Karnaugh Map | Simplification of logical equations |
| 🛠️ Hardware Implementation | Use of D flip-flops and logic gates |
| 🖥️ LTSpice Simulation | Verification of behavior through simulation |
| 🎭 State Graph | 🗂️ Transition Table | ⚡ Logic Circuit |
|---|---|---|
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This project is open-source. Feel free to use, modify, and contribute! 🚀