USB-PD Power Board Design

flux

1:05

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Checking if I can make the changes for you.

Identifying tool requirements.

Reading docs for: "How do I move and place components and connectors on the PCB layout in Flux, align them to the board edge, rotate/flip, lock placement, and move mounting holes? Also how to respect edge setbacks/keepouts for USB-C? Steps and shortcuts."

Preparing to provide instructions.

Clarifying component linking rules.

Explaining placement capabilities.

Short answer: moving and placing components on the PCB is a human-only action in Flux. I can add/remove parts, make net connections, and set the board size, but I cannot drag components, change their placement, or route traces for you.
How to place and orient components in Flux (from the docs): "### How do I start the PCB layout after completing the schematic?
Click the PCB tab. Your schematic components become footprints on the board. Define the board outline and arrange components based on the ratsnest. For more information checkout this Getting started tutorial
How do I rotate or flip components?
  • Rotate: Use the ] or [ keys or the context menu.
  • Flip: Press F while a component is selected.
How do I use the grid snapping feature?
Flux does not use a grid system for alignment instead Flux offers a variety of tools to make sure components are perfectly and easily aligned, these include;
  • Snapping
  • Alignment guides
  • “Space Evenly” and “Align” tools" Source
If you’d like, I can keep handling the parts selection, power-stage sizing, and connections; you can then place the connectors on the short edges, and I’ll help review DRC and routing strategy afterward.
Set board outline
Connector edge placement steps
USB-C connector selection
Mounting hole part
Placement constraints checklist
11 days

Cannot run plan.

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Hard Teal Transporter

Hard Teal Transporter
Description

Created
1 Contributor(s)
jimsy

Controls

Properties

System Architecture
```mermaid flowchart TD subgraph power_path [Power Path] usb_pd_in[USB-C PD Input Port] pd_ctrl[PD Controller] fuse[Fuse / OCP] tvs_in[Input TVS] rev_prot[Reverse Polarity / Protection Switch] buck[Buck Converter 7.4V 5A] rail_7v4[7.4V Rail] servo_conn[3-pin Servo Connector\nSIG / 7.4V / GND] usb_pd_in --> pd_ctrl pd_ctrl --> fuse fuse --> tvs_in tvs_in --> rev_prot rev_prot --> buck buck --> rail_7v4 rail_7v4 --> servo_conn end subgraph data_path [Data Path] usb_data[USB-C Data Port] esd_usb[USB ESD Protection] uart_ic[USB-UART Bridge 3.3V 1Mbps] sw_bus[3.3V Single-Wire Half-Duplex Servo Bus] uart_hdr[4-pin Host UART Header\nTX / RX / 3V3 / GND] bypass_jmp[2-pin Bypass Jumper] usb_data --> esd_usb esd_usb --> uart_ic uart_ic --> sw_bus uart_ic --> bypass_jmp bypass_jmp --> uart_hdr end subgraph protections [Protections & Grounding] esd_servo[ESD on Servo Lines] tvs_7v4[TVS on 7.4V Rail] star_gnd[Star Grounding\nUSB Return vs Power Return] end servo_conn --> esd_servo rail_7v4 --> tvs_7v4 star_gnd --- usb_pd_in star_gnd --- usb_data star_gnd --- servo_conn star_gnd --- uart_hdr ```
BoardReviewStatus
DRC airwire check completed, summary below

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