• Visit Flux Sign Up.
• Enter your username, email, and password. You can also sign up using your Google account.

• Library: Contains components that you can drag and drop onto your canvas.
• Canvas: The workspace where you'll build your schematics and PCB layouts.
• Toolbars: Options for placing components, routing, simulations, etc.

• Search: Use the search bar in the library to find the components you need.
• Drag and Drop: Simply drag components from the library onto the canvas.

• Wires and Traces: Click on the pin of a component and drag to another pin to create a connection.
• For example:
  • Connect R1:1 to C1:1.
  • Connect U1:VCC to P1:VCC, R2:2, and U2:VCC.

• You can simulate your design within Flux to see how it performs. This is great for testing before actually building the hardware.

• Positioning: Arrange your components neatly to make the schematic easy to read.
• Routing: Use the routing tools to connect components with traces if you're planning a PCB.

• If you run into any issues, there are several ways to get help:
  • Flux Documentation: Access detailed guides and FAQs.
  • Slack Community: Ask questions and interact with other engineers and the Flux team.
  • Video Tutorials: Explore video tutorials and crash courses on YouTube or Flux’s website.

• If you need to let Flux Copilot make direct modifications to your schematic, you can utilize the "Take Action" button whenever Copilot suggests specific connections for your project.

1. Create an Account:
   • Visit flux.ai/signup to create an account by entering your username, email, and password. You can also sign up using your Google account.
2. Explore the Interface:
   • Familiarize yourself with the main areas of the user interface, including the toolbar, component library, schematic editor, and PCB editor.
3. Creating a New Project:
   • From the dashboard, click on "Create New Project" and give it a name.
4. Adding Components to the Schematic:
   • Open the component library and search for the components you need. You can drag components from the library onto the schematic canvas.
5. Making Connections:
   • Use the wire tool to connect components by clicking on the pins you want to connect. You can also create bus connections for multiple signals.
6. Simulating the Circuit:
   • Flux allows you to simulate your circuit to verify its behavior. Check out the tutorial on how simulation models run inside Flux.
7. Laying Out the PCB:
   • Switch to the PCB editor to place components on the board and route traces.
8. Getting Help:
   • If you run into any issues or have questions, you can use the in-app chat, visit the Slack community, or watch tutorials on YouTube.

• Documentation: Flux has detailed documentation (accessible through the help menu) covering various topics.
• YouTube: A wealth of video tutorials is available.
• Live Support: You can contact Flux for help by navigating to the home page and clicking "Contact us" at the bottom.

1. Resistencias: Controlan el flujo de corriente.
2. Capacitores: Almacenan y liberan energía eléctrica.
3. Inductores: Almacenan energía en un campo magnético.
4. Diodos: Permiten el flujo de corriente en una sola dirección.
5. Transistores: Usados para amplificación o conmutación.
6. Conectores: Facilitan la conexión de diferentes partes del circuito.
7. Microcontroladores: Controlan el comportamiento del circuito.
8. Sensores: Detectan condiciones físicas y las convierten en señales eléctricas.
9. Fuentes de alimentación: Suministran corriente y voltaje.

Diagram

1. Resistors:
   • Input Resistor: Typically used for signal attenuation.
     • Designator: R1, R2, ...
     • Value: E.g., $10 \text{k}\Omega$
     • Package Code: E.g., 0603, 0805
     • MPN: Depending on the brand and tolerance.
2. Capacitors:
   • Input Coupling Capacitor: Blocks DC and allows AC to pass through.
     • Designator: C1, C2, ...
     • Value: E.g., $1 \mu\text{F}$
     • Package Code: E.g., 0805, 1206
     • MPN: Depending on voltage rating and tolerance.
   • Supply Decoupling Capacitor: Used for power supply stability.
     • Designator: C3, C4, ...
     • Value: E.g., $1000 \mu\text{F}$
     • Package Code: E.g., Radial, SMD
     • MPN: Depending on voltage rating and tolerance.
3. Inductors:
   • Output Filter Inductor: If required for noise reduction.
     • Designator: L1, L2, ...
     • Value: E.g., $10 \mu\text{H}$
     • Package Code: E.g., Axial, SMD
     • MPN: Based on current rating and tolerance.

• R1, R2: $10 \text{k}\Omega$, 0603, Standard resistor MPN
• C1, C2: $1 \mu\text{F}$, 0805, Standard capacitor MPN
• C3, C4: $1000 \mu\text{F}$, Radial, Standard capacitor MPN
• C5, C6: $0.1 \mu\text{F}$, 0805, Standard capacitor MPN for decoupling close to the IC
• L1, L2: $10 \mu\text{H}$, Axial, Standard inductor MPN

1. Insertion into Schematic:
   • Insert these passive components into your existing schematic.
   • Connect these components appropriately, e.g., input resistors and capacitors to the input pins, decoupling capacitors near the power supply pins of the TDA7388 IC.
2. Component Identification:
   • List out the designator, value, package code, and MPN for each component.

• Placing Components: Drag components from the library on the left onto the canvas. You can search for components by part number or keyword.
• Connecting Components: Use the wire tool to connect pins between components. Make sure each connection is properly labeled to avoid any confusion later.
• Specific Connections: When Copilot suggests specific connections on your schematic, you can click the "Take Action" button to have those connections made automatically[2].

• Positioning: After designing your schematic, move on to the PCB layout. Position your components on the PCB in a way that optimizes space and signal integrity.
• Routing: Connect the pads on your components using the routing tool to create copper traces[3].

• Simulation Models: Flux allows you to run simulations to test various aspects of your circuit. Detailed tutorials on how simulation models run are available[4].

• Documentation: The @help provides comprehensive guides and tutorials.
• Community and Support: If you run into any issues or have questions, join the Flux Slack community for support from the Flux team and other users[5].