A highly advanced, interactive digital logic simulator designed to make building, analyzing, and understanding complex circuits accessible for everyone.
DEEP Work provides a massive, production-ready library of digital components right out of the box, allowing students to build anything from a basic gate to a full CPU.
All standard gates (AND, OR, NOT, XOR, NAND, NOR) with dynamic multi-port inputs.
Real-world TTL chips like the 7408, 7483 Adder, 74151 MUX, and 7474 D-Flip Flops built-in.
Interactive DIP switches, keypads, 7-segment displays, DC motors, and logic probes.
The simulation engine brings circuits to life. It visually traces the flow of electricity (signals) through the wires in real-time, making debugging incredibly intuitive.
Active wires glow bright green and animate the signal movement, while inactive wires remain grey, allowing students to literally "see" the logic execute.
No need to start from scratch. The app includes 48 fully functional, ready-to-run educational templates covering the entire logic design curriculum.
Instant access to Half/Full Adders, 4x4 Multipliers, ALUs, Encoders, Decoders, and Multiplexers. Ready to simulate instantly.
Explore pre-built SR Latches, D/JK/T Flip-Flops, Shift Registers, Ring Counters, and complex sequence detectors.
A powerful tool for students. You can type any complex Boolean algebraic expression, and the engine will instantly draw the corresponding circuit on the canvas.
Supports standard math notation like xy + x'y or logic words like (A AND B) OR C.
The generated circuit is automatically arranged in a clean, readable hierarchy using a custom AST parser.
| A | B | OUT |
|---|---|---|
| 0 | 0 | 0 |
| 0 | 1 | 1 |
| 1 | 0 | 0 |
Reverse engineering made easy. Draw any circuit visually, and the app will mathematically analyze it to extract its core data automatically.
Instantly generates complete Truth Tables, derives the final Boolean Function, and visualizes the Karnaugh Map (K-Map) for logical simplification.
The app features a built-in step-by-step tutorial engine that visually teaches how complex circuits (like a Full Adder) are wired from scratch.
An animated virtual cursor shows exactly where to click and drag to recreate the circuit.
You can record this educational tutorial sequence as an MP4/WebM video and share it with classmates directly from the app.
DEEP Work is powered by Google's Gemini AI. It can take a text prompt or a sketch image and instantly build the working circuit on your canvas.
Describe a circuit or upload a diagram, and the AI will build it.
Encapsulation made easy. Select any complex circuit you've drawn and package it into a single reusable Custom IC block.
Use your custom block infinitely across the canvas to build massive architectures (like a CPU) without visual clutter.
The app automatically detects your INPUT and OUTPUT nodes and maps them to physical pins on the new chip.
Curiosity driven learning. Right-click any built-in or custom IC to "Extract" it, opening it up on the canvas.
The chip expands into a dashed bounding box, revealing the raw AND, OR, and XOR gates that power it.
Once you've understood the internal logic, click "Pack IC" to collapse it back into a neat, single chip.
Showcase your work effortlessly. The app allows you to export your circuits and analysis into multiple professional formats.
High-res circuit snapshot
Equations, truth table, K-map
Record live simulation
Collaboration is seamless. You can save your progress and share your projects with anyone instantly.
Save your canvas locally as a proprietary .dc file and open it later without losing any state.
The app compresses your entire circuit into a secure URL parameter. Just send the link, and your friend opens the exact same circuit.
Engineered for maximum accessibility and performance across all devices.
Runs seamlessly in any browser. No installation required. Works smoothly on Windows, Mac, Linux, and tablets.
The entire application footprint is astonishingly small. Once loaded, it functions 100% offline without needing internet.
DEEP Work doesn't trap your data. It is designed to play nicely with industry-standard academic tools.
You can export your schematic as a .circ file. This ensures compatibility with other popular academic simulators like Logisim, allowing you to transition projects freely.
The application is built on a modular, object-oriented JavaScript engine, making it infinitely expandable.
Adding new logic gates, sensors, or complex ICs requires only a few lines of code added to the configuration dictionary.
The simulation loop cleanly separates rendering from logic calculation, allowing developers to easily build upon the source code.
Take your interactive circuits outside the app and put them directly into your presentations or websites.
Generate an <iframe> code snippet containing your compressed circuit data. Paste it into WordPress, Notion, or personal blogs to display a live, playable circuit to your readers.
Embed the simulator directly into Microsoft PowerPoint slides to give live, interactive academic lectures without switching windows.
Managing massive, complex circuits (like CPUs) can get messy. The app includes "Creator Tools" to keep everything readable.
Click on any component, and the app will instantly fade out everything else on the canvas, highlighting only the specific local network.
Messy wires? Use the Arrange tool to instantly "Spread Out" components for readability, or "Snap to Grid" for perfect alignment.
The ultimate learning tool. DEEP Work's AI doesn't just build circuits for you—it explains them.
Draw any random circuit, highlight it, and ask the AI Agent to explain it. The AI will analyze the logic flow, identify the circuit (e.g., "This is a Half-Adder"), and teach you exactly how it functions.
Thank you for reviewing the ultimate digital logic simulation environment. The future of educational engineering starts here.
Launch SimulatorDawood Ali
ID: 692500787