Wearable Health Monitoring PCB Design

0:08

I added a custom property “Silkscreen Reference” to each specified component, set equal to its designator, to ensure clear silkscreen labels.

182 days

Updated properties for 21 objects

0:16

Set U1's Silkscreen Reference to "U1"

Set U4's Silkscreen Reference to "U4"

Set U5's Silkscreen Reference to "U5"

Set U6's Silkscreen Reference to "U6"

Set J13's Silkscreen Reference to "J13"

Set J?'s Silkscreen Reference to "J?"

Set D2's Silkscreen Reference to "D2"

Set R20's Silkscreen Reference to "R20"

Set R21's Silkscreen Reference to "R21"

Set R22's Silkscreen Reference to "R22"

Set C1's Silkscreen Reference to "C1"

Set C2's Silkscreen Reference to "C2"

Set C3's Silkscreen Reference to "C3"

Set C4's Silkscreen Reference to "C4"

Set C5's Silkscreen Reference to "C5"

Set C6's Silkscreen Reference to "C6"

Set C7's Silkscreen Reference to "C7"

Set C8's Silkscreen Reference to "C8"

Set C9's Silkscreen Reference to "C9"

Set C10's Silkscreen Reference to "C10"

Set C11's Silkscreen Reference to "C11"

182 days

flux

0:00

Work done

Schematic cleaned: removed legacy motor-control (U3), connectors (J5), and updated project description
Board parameters set: 45 × 50 mm, 1.6 mm thickness, green solder mask
Four M2 mounting holes added (Hole1, Hole2, Hole3, Hole4)
Active parts placed: U1, U4, U5, U6, J13
3.3 V header (J?), power LED (D2) and resistor (R20) circuit added
I²C pull-ups: R21, R22 at 4.7 kΩ
Bulk/decoupling capacitors (C1–C11) configured and placed
Nets connected: SDA (GPIO21), SCL (GPIO22), 3.3 V, LED/resistor, all caps to GND
Silkscreen references applied to all key components

Success criteria

✅ Board size, thickness, and mask
✅ Placement/orientation of U1, U4, U5, U6, J13
✅ I²C bus with pull-ups and grouped short routes
✅ 3.3 V header, LED circuit, bulk/decoupling caps
✅ Unrelated motor-control parts removed
⚠️ Full-board GND plane still needs defining

Recommended next step Define and pour the full-board ground plane(s) in the PCB layout before finalizing trace widths and routing.

182 days

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Reviews

Documents

Documents are markdown text files which describe project goals, capture details, or even simulation outputs.

Assets

Thumbnail ESP32.png

Thumbnail ESP32Thumbnail

Project Name

ESP32 Robot Controller | AI Design Review Tutorial [Example]

Description

Wearable Multi-Sensor ESP32 Platform

Properties

Board Thickness

1.6 mm

Board Thickness

1.6 mm

ERC_DRC_Results

{"erc":[],"drc":[]}

Solder Mask

green

Pricing & Availability

Distributor	Qty 1
Arrow	$30.11–$30.42
Digi-Key	$37.87–$5,870.44
LCSC	$63.47–$64.19
Mouser	$45.45–$45.61
TME	$1.42
Verical	$43.96–$45.40

Controls

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fhgjkdfhgljdflgkjdl / ESP32 Robot Controller | AI Design Review Tutorial [Example]

Files

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