1. Sign Up and Log In:
   • Start by creating a Flux account if you haven't done so already. You can sign up here.
2. Creating a Project:
   • Once you are logged in, you can create a new project by clicking on the "New Project" button on the dashboard.
3. Designing Schematics:
   • In Flux, you can design your schematics by dragging and dropping components from the library onto the canvas. The library provides a wide range of components that you can use in your designs.
4. Placing and Connecting Components:
   • After placing your components, you can connect them by drawing wires between the pins of the components.
5. Simulating Your Design:
   • You can simulate your circuit to verify its functionality. Flux provides a simulation feature where you can analyze how your circuit performs under various conditions.
6. Routing and PCB Design:
   • Once your schematic is final, you can move on to PCB design, where you can lay out your circuit on a printed circuit board (PCB).
7. Finalizing and Exporting:
   • After double-checking your design, you can export it for manufacturing or share it with others.

1. Identify all ICs in your design: Check each IC and note its power pins, as these are where you will find or need to place decoupling capacitors.
2. Locate decoupling capacitors: For each IC, look for capacitors connected to their power pins (VCC, VDD, etc.). These are typically placed very close to the IC.
3. Check capacitor specifications: Note the values (capacitance) and voltage ratings of these capacitors. Compare these values with the voltage of the power net they are connected to.
4. Warnings and status checks:
   • Verify that each IC has decoupling capacitors attached. If not, mark as $[WARNING]$.
   • Ensure the capacitor's voltage rating is higher than the power net's voltage. If not or if no voltage is provided, flag as $[WARNING]$.
   • If all conditions are met, flag the IC's status as $[OK]$.

Markdown
| IC Designator | Power Net | Power Net Voltage | Capacitor Value | Capacitor Voltage Rating | Status    |
|---------------|-----------|-------------------|-----------------|--------------------------|-----------|
| IC1           | VCC       | 3.3V              | 0.1uF           | 6.3V                     | [OK]      |
| IC2           | VDD       | 5V                | 1uF             | 10V                      | [OK]      |
| IC3           | VCC       | 3.3V              | None            | N/A                      | [WARNING] No decoupling capacitors attached |