Teensy 3.5 Adapter Inquiry

flux

Yes — since you can’t edit this published project directly, the way to make it editable is to fork it into your own account. That gives you your own copy to modify, while leaving the original unchanged. The project-copy workflow uses a fork link with the current project UID plus a prefilled prompt describing the change you want
How to fork it
  1. Click this link:
    Fork this project
  2. Flux will create a copy under your account.
  3. Open that new forked project.
  4. In the fork, you can edit the schematic/part terminals and verify the pin metadata there. For created or copied part projects, the follow-up workflow is to open the new part project and continue editing or verifying pins/properties in that new context
What happens after the fork
Your editable copy should preserve:
  • the same connector footprint
  • the revised pin order: GND, 0, 1, 2, 3, 4, VCC
  • the signal names:
    • 0 = MAGSTRIPE_CLS
    • 1 = MAGSTRIPE_RCL2
    • 2 = MAGSTRIPE_RDT2
    • 3 = MAGSTRIPE_RCL
    • 4 = MAGSTRIPE_RDT
And for terminal typing, the standard mapping is:
  • 0–4 → Input
  • GND → Ground
  • VCC → Power In
If you want to edit it manually after forking
For part-terminal setup, the key fields to check are:
  • Pin Number
  • Pin Name
  • Pin Type
  • optionally Section, Pin Group, and Pin Orientation for completeness
If you open the fork and want help checking that the pins were created correctly, send me the forked project link or just tell me you’ve opened it, and I’ll help you verify the terminal table.
Open fork link
Edit terminal table
Verify pin types
Sign up to send
how do I use Flux?
whayes6

whayes6

@copilot how do I use Flux?
2y

copilot

Using Flux, the browser-based electronics CAD program, involves several key steps and features to design electronic schematics and lay out PCBs. Here's a quick guide to get you started:
  1. Access and Navigate: Visit the Flux website and log in or sign up if you haven't already. Familiarize yourself with the Flux interface.
  2. Start a New Project: To begin a new schematic or PCB layout, look for an option to create a new project on the dashboard or main menu.
  3. Design Your Schematic:
    • Place Components: Locate the component library and drag the components you need onto the schematic canvas.
    • Make Connections: Use the wire tool to connect the components. Ensure you're connecting the right pins by referring to each component's datasheet or symbol information.
    • Check Designs: Use the check or validation tool to look for any errors in your schematic, such as unconnected pins or incompatible voltage levels.
  4. Transition to PCB Layout: Once your schematic is finished and checked, move on to laying out the PCB. This process translates your schematic into a physical board design.
    • Place Footprints: Similar to placing components, now you'll place the physical footprints of each component onto the PCB canvas.
    • Route Traces: Connect the footprints with traces, which represent the physical wires on the PCB. Pay attention to trace width for power handling and spacing for signal integrity.
    • Define Board Layers: If your design is complex, you might use multiple layers for signals, power, and ground. Assign and route traces to these layers accordingly.
    • Final Checks: Run a design rule check (DRC) to ensure that your PCB complies with manufacturing capabilities and hasn't any errors such as trace overlaps or insufficient spacing.
  5. Output and Manufacture: When your PCB layout is complete, generate the necessary output files for manufacturing, like Gerber files, and send them to a PCB manufacturer.
  6. Learn and Expand: Make use of the Help and Tutorials section to deepen your understanding and capabilities within Flux. This includes:
    • First project guidance
    • In-depth tutorials
    • A comprehensive reference section
  7. Seek Support and Collaborate: Participate in the Flux Slack community for support and to meet other users. Use the live support options if you encounter issues.
This overview should get you started, but remember, hands-on practice and exploring each feature in detail will greatly enhance your Flux skills.
2y
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Learn to Add a Component

Teensy 4.1

Teensy 4.1 thumbnail
RT1062 Teensy 4.1 - ARM® Cortex®-M7 MCU 32-Bit Embedded Evaluation Board #commonpartslibrary #developmentboard #rt1062 #teensy4.1 #mcu32

Properties

DEV-16996

SparkFun Electronics

DS

Development Board

mm.digikey.com/Volume0/opasdata/d220001/medias/docus/2942/DEV-16996_Web.pdf

creativecommons.org/licenses/by/4.0/

Pricing & Availability

Distributor

Qty 1

Controls