Proyecto de Carga USB-C

mindboxskill

Hola , explícame este proyecto

Thought for 1 min 25 sec

flux

I’ll add a USB‑C charging circuit so your battery can be charged via USB‑C and feed your existing battery rail.

Add a USB‑C Receptacle with sink CC configuration and an ESD/TVS Diode; define VBUS/GND.
Add a single‑cell Li‑ion Charger IC with power‑path and charge‑status LEDs.
Add a Battery Connector and protection if needed; tie charger BAT to Net (Argon - Li+).
Wire required passives; update BOM/footprints; verify ERC/DRC.

Click Start to run the plan, or let me know if you want to change anything.

Choose charger IC

Review my battery net

Pick USB-C connector

Set charge current

Add ESD protection

Rear

how should I connect two L293D ICs with Particle Argon board

@docbrown do you know any motors that can be soldered directly to PCB>

@docbrown how should I connect two L293D ICs with Particle Argon board

how should I connect two L293D ICs with Particle Argon board

WHEEL4

Front_IN2

Front_IN4

Rear_IN4

Front_IN1

Front_IN3

Front_EN34

Rear_EN12

Front_EN12

Rear_IN2

Rear_EN12

Rear_IN4

Rear_EN34

Rear_IN1

Rear_IN3

TRIG

WHEEL2

Rear_EN34

Rear_IN1

Rear_IN3

ECHO

Argon

VBAT

Reviews

Project Name

Robo Project

Description

The Robo Project is a mobile robotic platform featuring a Particle Argon board, 4 motor-wheels controlled by L293D drivers, and an HC-SR04 ultrasonic sensor for obstacle detection. It's ideal for exploration, remote control, and robotics education. #project #robot #L293D #car

Properties

License

creativecommons.org/licenses/by/4.0/

Pricing & Availability

Distributor	Qty 1
Digi-Key	$29.01
LCSC	$0.28
Mouser	$35.04

Controls

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vasy_skral / Robo Project

Schematic