Electrical Layout Connection Guide

Below is a suggested wiring update with explicit component names and the required connections. You can use the "Apply changes" button to incorporate these updates into your schematic.

Component List and Connections:

Table


ComponentPart Name & LinkFunction / Connection
12V Battery(Use a net label called Battery_12V)Supplies 12V to both motor driver and buck converter
L298N Motor DriverL298N Motor Driver- Motor supply connected to Battery_12V - Logic supply (if required) connected to 5V net
Buck ConverterAMS1117-5.0    Steps down 12V from Battery_12V to 5V
ESP32-CAM ModuleESP32-CAMReceives 5V from the buck converter output and interfaces with L298N through its GPIOs
Common Groundc2e41937-4268-256c-7ae9-cb8cfb60aed3All GND pins from ESP32-CAM, L298N, and battery negative → common ground net

Wiring Details:
  1. Power Connections:
    • Battery 12V Supply:
      • Label the battery’s positive terminal with Battery_12V.
      • Connect Battery_12V directly to the motor supply input of the L298N Motor Driver.
      • Also connect Battery_12V to the input of the AMS1117-5.0 buck converter.
    • Buck Converter (AMS1117-5.0):
      • The output of the AMS1117-5.0 should be labeled as 5V.
      • Connect this 5V net to the power input (VCC) of the ESP32-CAM.
      • If the L298N’s logic also requires 5V, connect the 5V net to its logic supply as well.
  2. Signal Connections between ESP32-CAM and L298N:
    • ESP32-CAM → L298N:
      • GPIO12 (ESP32-CAM) → IN1 on L298N.
      • GPIO13 (ESP32-CAM) → IN2 on L298N.
      • GPIO14 (ESP32-CAM) → IN3 on L298N.
      • GPIO15 (ESP32-CAM) → IN4 on L298N.
  3. Ground Connections:

Additional Notes:
  • Ensure that any required decoupling capacitors are added per the datasheet recommendations for the buck converter and both the L298N and ESP32-CAM modules.
  • Double-check that the L298N used matches the connection points for motor supply (12V) and logic (5V), as some variants could use separate feeds.
  • The above schematic changes assume you add or update these components into your project. You can modify the designators if needed.
Use the "Apply changes" button to update your schematic with these wiring and component connections.
Apply wiring changes
Integrate labeled components
Verify connection names
Review component connection list
please explain what J5 does.

Someone is typing...
12
explain this project.

Someone is typing...
7
how do I use Flux?

Someone is typing...
4
como puedo conectar un sensor ultrasonico hc-sr04

Someone is typing...
3
New Comment

Someone is typing...
8
What is the component U1?

Someone is typing...
5
What is the component U1?

Someone is typing...
6
create a high level mermaid block diagram of this project. Include key component...

Someone is typing...
11
hence what could b the code

Someone is typing...
10
create a detailed step by step plan table for this project to verify its functio...

Someone is typing...
13
I wanted to create a motherboard for an automatic sensor

Someone is typing...
9
New Comment

Someone is typing...
14
IO16
IO4
IO12
IO13
IO2
ESP_EN
IO15
BOOT
ESP_TX
ESP_RX
IO14
IO2
ESP_EN
IO13
+5V
IO12
ESP_RX
IO4
+5V
GND
IO15
+3V3
+3V3
GND
IO14
ESP_TX
BOOT
IO16


No results...

ESP-CAM Motherboard Module

ESP-CAM Motherboard Module thumbnail
This project is a motherboard for the ESP32-CAM module, which enables easy and flexible WiFi camera applications. The motherboard provides power supply, programming interface, and GPIO expansion for the ESP32-CAM. It also supports external sensors for more functionality. #motherboard #WiFi #MCU #ReferenceDesign #project #ESP32 #camera #reusable #module #edgeComputing #espressif #template

Pricing & Availability

Distributor

Qty 1

Digi-Key

$1.08–$2.28

LCSC

$1.66–$1.85

Mouser

$1.75

Controls