Flux AI Tutorial
TLDRThis tutorial introduces Flux AI, an AI-powered PCB design tool. It guides users through creating an account at flux.com, selecting a plan, and navigating the interface to design circuits. The video covers adding and connecting components, modifying part properties, running simulations, and exporting designs as Gerber files for manufacturing. It also mentions sharing and collaboration features, providing a comprehensive overview of the platform's capabilities.
Takeaways
- 🌐 Visit flux.com to start using Flux AI, a PCB designer tool.
- 📝 Create an account by choosing a username and continuing with Google or by entering your email.
- 🔍 Use the parts library to search and filter components for your circuit design.
- 🛠️ Design your schematic by dragging and connecting parts such as a push button, LED, and DC power supply.
- 🔎 Click on parts to view and modify their properties, like changing the voltage of the DC power supply.
- 💻 The platform provides a simulation tab to check if the project is properly connected.
- 🛒 View the availability and pricing of the selected parts for budgeting.
- 📦 To prepare for manufacturing, export your design as a Gerber file through the Flux AI interface.
- 💰 The top right corner displays the approximate cost of the parts and the entire circuit.
- 🔄 Share and collaborate on your circuit design by adjusting permissions and inviting others to edit.
- 👋 The tutorial concludes with a summary and a goodbye, encouraging further exploration of Flux AI.
Q & A
What is Flux AI and what is it used for?
-Flux AI is a PCB (Printed Circuit Board) designer that utilizes AI to help users design their electronic circuits or PCB boards.
How do you start using Flux AI?
-To start using Flux AI, you need to visit www.flux.ai, sign up for an account, and choose a plan. You can then begin creating new projects or exploring the platform's features.
What are the steps to create an account on Flux AI?
-To create an account on Flux AI, you pick a username, continue with Google or enter your email, select the email you want to use, type out your username and role, fill out the form, and hit next.
How can you find parts in the parts library of Flux AI?
-In the parts library of Flux AI, you can search and filter parts using different criteria to find the components you need more easily. You can also search for parts directly from the top of the page.
Can you explain the process of designing a schematic in Flux AI?
-In Flux AI, you can design a schematic by searching for parts, dragging them onto the workspace, and connecting them as needed. You can also add a DC power supply and other components to complete your circuit.
What additional information can you find about a part in Flux AI?
-By clicking on a specific part in Flux AI, you can find information such as the part's designation, component name, description, creator, and current position. You can also view the simulation tab and the availability and pricing of the part.
How can you run a simulation in Flux AI?
-You can run a simulation in Flux AI by accessing the simulation tab, which is available if your project is properly connected. This allows you to test the functionality of your circuit design.
What is the process to export a design as a Gerber file in Flux AI?
-To export a design as a Gerber file in Flux AI, click on the Flux AI logo, go to 'Export', and choose the Gerber file format. This file can then be sent to a manufacturer for the assembly of your PCB.
How can you share your circuit design with others in Flux AI?
-In Flux AI, you can share your circuit design by changing the permissions on the top right of the screen. You can allow anyone to edit your circuit by copying a link, or you can invite specific people and assign permissions to them.
What does the top right corner of the screen in Flux AI show?
-The top right corner of the screen in Flux AI displays the overall approximate cost of the parts you have selected and the entire circuit. It helps you to estimate the budget for your project.
What is the purpose of the 'Advanced Tab' in Flux AI?
-The 'Advanced Tab' in Flux AI allows you to manage permissions for your circuit design more granularly. You can invite specific people to view or edit your design and assign the appropriate permissions to them.
Outlines
🛠️ Introduction to Flux AI PCB Design Tool
This paragraph introduces the video's purpose, which is to teach viewers how to use Flux AI, an AI-powered PCB designer. The speaker guides the audience through the initial steps of accessing the tool by visiting flux.com or www.flux.ai, signing up for an account, and choosing a plan. The basic plan is selected for the tutorial. The video promises to cover starting a new project, using the parts library, and navigating the interface.
🔍 Navigating Flux AI's Interface and Features
The speaker explains how to navigate Flux AI's interface, emphasizing the parts library, where users can search and filter components. The process of adding parts such as a push button and an LED to the schematic is demonstrated, along with connecting them to form a circuit. The paragraph also covers accessing part information, changing part designations, and understanding part details such as voltage for a DC power supply.
🔌 Designing and Simulating the PCB Circuit
This section details the design process within Flux AI, including adding a DC power supply and other necessary components to the circuit. The speaker mentions the simulation tab, where users can run simulations to check if the project is properly connected. The importance of correct connections for successful simulation is highlighted.
📄 Exporting and Sharing the PCB Design
The final part of the tutorial focuses on how to export the designed PCB as a Gerber file, which is essential for manufacturing. The speaker also explains how to share the circuit design by adjusting permissions, either by allowing anyone to edit the circuit through a shared link or by inviting specific people and assigning permissions in the advanced tab.
Mindmap
Keywords
💡Flux AI
💡PCB Designer
💡Account Creation
💡Schematic
💡Parts Library
💡Simulation
💡Gerber File
💡Component
💡DC Power Supply
💡Permissions
💡Tutorial
Highlights
Introduction to Flux AI as a PCB designer using AI.
Step-by-step guide to signing up on flux.ai.
Choosing a plan and starting a new project on Flux AI.
Navigating the parts library and using filters to find parts.
Overview of the schematic, code, and PCB sections in Flux AI.
How to add and connect parts like push buttons and LEDs.
Setting up DC power supply and other components.
Customizing part properties such as voltage in the design.
Using the simulation tab to test project connections.
Exporting the design as a Gerber file for manufacturing.
Estimating the overall price of parts in the project.
Sharing the project with others by setting permissions.
Advanced sharing options and assigning specific permissions.
Quick recap of the main features and functionalities.
Closing remarks and end of the tutorial.