Adicionar Módulo MAX98357A

flux

0:52

Reading docs about How do I find my own project in Flux, distinguish my account from the project owner, and open the 3D view or project list? I need step-by-step UI guidance..

Reading docs about How do I view a project's 3D model in Flux and where do I find my own projects or profile page? I need exact documentation wording for finding projects and viewing 3D..

Reading docs about Flux profile page projects grid search project cards find my own projects and identify project names. I need documentation text about where my projects are shown..

Considering project access steps.

Clarifying project instructions.

Да — я нашёл ваш проект.

Ваш проект

ЧтоЗначение
НазваниеArduino Nano Servo Carrier
СсылкаОткрыть проект
ОписаниеCross-board carrier PCB for an Arduino Nano mounted underneath, with a 30V-to-5V converter module, OLED display, screw terminal input, servo headers, pushbutton, and mechanical access for USB and reset.
Похоже, именно это и есть проект вашей кросс-платы.
Как его открыть и проверить 3D
  1. Нажмите на ссылку “Открыть проект” выше.
  2. Убедитесь, что открыто именно имя проекта Arduino Nano Servo Carrier.
  3. Перейдите в режим PCB.
  4. Внизу слева нажмите переключатель 3D/2D.
Что говорит документация про поиск своих проектов
Это самый релевантный фрагмент, который я нашёл:
Your profile page displays all your projects, organized in a grid layout with thumbnails for easy visual recognition. Each project card shows:
Project name
Last modified date
Visibility status (public or private)
Thumbnail preview of the design
Efficiently find specific projects using the built-in filtering and search capabilities:
Filter by status: View all projects, only public projects, or only private projects
Filter by type: Filter by schematic-only, PCB-only, or complete projects
Search: Use the search bar to find projects by name or description
Source
Если откроете проект и напишете “открыл”, я помогу вам следующим сообщением понять:
  • есть ли там реально PCB,
  • есть ли 3D-модель,
  • и присутствуют ли идеальный диод и предохранитель на 3 А.
Проверь 3D в проекте
Найди предохранитель и диод
Проверь состав проекта
23 days
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XIAO ESP32S3 Sense Breakout Board Plan Revision
Revision Intent
Update the in-flight breakout board plan to explicitly require clear, assembly-friendly, probe-friendly identification of every header pin exposed from the XIAO ESP32S3 Sense module.
High-Level Requirements Capture
1. Breakout usability
  • The breakout board shall prioritize easy bench use, quick signal identification, and low-friction assembly.
  • The board shall support straightforward manual probing without requiring users to cross-reference external pinout documentation during normal use.
2. Header pin labeling
  • Every XIAO ESP32S3 Sense header pin brought out to the breakout shall be clearly labeled on the board.
  • Labels shall be placed so they remain understandable during assembly and while probing a populated board.
  • Labeling shall be consistent across both sides/rows of headers and use the module’s intended signal naming convention.
3. Readability and orientation
  • Pin labels shall be legible at breakout-board scale and arranged to minimize ambiguity.
  • The board shall provide clear orientation cues so users can quickly identify header order, board direction, and module alignment.
  • The labeling scheme shall reduce the risk of mirrored interpretation or accidental off-by-one probing/assembly errors.
4. Assembly support
  • The board shall make it easy for a user to solder headers correctly on the first attempt.
  • The breakout shall visually distinguish power-related pins from general I/O where practical.
  • The finished board shall be understandable by a new user without relying on tribal knowledge or hidden assumptions.
5. Documentation alignment
  • The breakout board pin labels, schematic naming, and any accompanying project documentation shall use the same naming scheme.
  • The revised plan shall treat labeling clarity as a primary product requirement, not a cosmetic afterthought.
Out of Scope for This Revision
  • Final header arrangement selection
  • Detailed silkscreen artwork decisions
  • Footprint-level implementation choices
  • Routing, placement, or manufacturing optimization
  • Optional feature additions beyond labeling/usability clarification
Acceptance Intent
This revision is satisfied when the breakout board requirements explicitly state that all exposed XIAO ESP32S3 Sense header pins must be clearly and consistently labeled for easy probing and assembly.

    Revision Intent

    High-Level Requirements Capture

    1. Breakout usability

    2. Header pin labeling

    3. Readability and orientation

    4. Assembly support

    5. Documentation alignment

    Out of Scope for This Revision

    Acceptance Intent

Documents

    xiao-esp32s3-sense-breakout-plan-revision

Assets

step

Seeed Studio XIAO-ESP32-S3-Sense.step

Seeed Studio XIAO-ESP32-S3-Sense3D Model
ESP32 se cam.svg

ESP32 se cam.svg

ESP32 se camDefault
65652.png

65652.png

231023165652Thumbnail

Seeed Studio XIAO ESP32S3 Sense

Seeed Studio XIAO ESP32S3 Sense thumbnail
Seeed Studio XIAO ESP32S3 Module Integration (Camera-Free)

Properties

Microcontroller

graph LR XIAO["XIAO Module"] Power5V["5V"] Power3V3["3V3"] GND["GND"] USB_DP["USB D+"] USB_DM["USB D-"] BOOT_EN["BOOT/EN"] UART_TX["UART TX"] UART_RX["UART RX"] Power5V --> XIAO Power3V3 --> XIAO GND --> XIAO USB_DP --> XIAO USB_DM --> XIAO BOOT_EN --> XIAO UART_TX --> XIAO UART_RX --> XIAO

113991115

Seeed Studio

files.seeedstudio.com/wiki/SeeedStudio-XIAO-ESP32S3/res/esp32-s3_datasheet.pdf

seeedstudio.com/XIAO-ESP32S3-Sense-p-5639.html

wiki.seeedstudio.com/xiao_esp32s3_getting_started/

U

Pricing & Availability

Distributor

Qty 1

Arrow

$34.73

Digi-Key

$37.45

LCSC

$59.21

Mouser

$37.45

Verical

$34.20–$34.73

Controls