Hysteresis: Logic Simulator

Explore the mechanics of dual-threshold switching with this professional simulation tool. Designed for students, engineers, and hobbyists, Hysteresis Logic Simulator provides a high-fidelity environment to visualize and analyze how bistable systems behave under varying input conditions.
Whether you are studying electronic Schmitt triggers, industrial pressure switches, or thermal control systems, this app offers a robust platform to experiment with signal processing and state-dependent logic.
Core Simulation Features:
• Manual Control: Use precise sliders to adjust input pressure and observe real-time state transitions.
• Automated Waveforms: Generate signals automatically using built-in Sine, Square, Triangle, and Sawtooth wave generators.
• Signal Noise Injection: Add adjustable noise levels to simulate real-world sensor fluctuations and test the stability of your logic.
• Variable Frequency: Control simulation speeds from 0.1Hz to 5Hz to study both slow transitions and high-frequency switching.

Advanced Analysis & Presets:
• Industrial Presets: Quickly load standard configurations for Air Compressors (30/90 PSI), Water Pumps (20/40 PSI), and TTL Logic gates (0.8V/2.0V).
• Real-Time Statistics: Track vital metrics including Minimum, Maximum, and Average pressure, alongside a dedicated Switch Counter.
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Dynamic Graphing: A responsive visual interface shows the relationship between input signal, thresholds, and output states.
Data Management:
• Signal History: Automatically log every state change with precise timestamps.
• CSV Export: Export your simulation data to CSV format for external analysis in spreadsheet software or engineering tools.
• Customization: Personalize your experience with multiple theme options including system-matching, light, and night modes.

Educational Documentation:
• Integrated Help: Access a dedicated section explaining the core rules of hysteresis, transition logic, and practical applications in aerospace, electronics, and industrial automation.
Master the logic of hysteresis with a tool designed for accuracy and clarity.