ESP32 8 Channel MOS Switch Development Board DC5-60V Type-C Power Supply WiFi BT IO UART Pins with Power/MOS Tube Led Indicator Vue Only Board

ESP32 8-Channel MOSFET Switch Dev Board | WiFi BT DC5-60V

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Sale price  $71.99 Regular price $87.99
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ESP32 8 Channel MOS Switch Development Board DC5-60V Type-C Power Supply WiFi BT IO UART Pins with Power/MOS Tube Led Indicator Vue Only Board

ESP32 8-Channel MOSFET Switch Dev Board | WiFi BT DC5-60V

Sale price  $71.99 Regular price $87.99
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ESP32 8-Channel MOSFET Switch Development Board

Take your embedded projects to the next level with this powerful ESP32 8-Channel MOSFET Switch Development Board. Designed for makers, engineers, and hobbyists, this versatile board combines the processing power of the ESP32 microcontroller with eight independent MOSFET-driven output channels — all in one compact, ready-to-deploy package. Whether you're building smart home automations, industrial control systems, or IoT prototypes, this board gives you the connectivity and switching capability to get it done.

Made in Mainland China.

Key Features

  • Wide Input Voltage Range: Supports DC 5V–60V power input, plus convenient Type-C USB power supply for bench development and prototyping.
  • WiFi & Bluetooth Built-In: The onboard ESP32 module delivers dual-mode wireless connectivity — WiFi and Bluetooth — right out of the box.
  • 8 Independent MOSFET Channels: Control up to 8 separate high-side or low-side loads with dedicated MOSFET switching on each channel.
  • Full I/O & UART Breakout: All I/O ports and UART program download pins of the ESP32 module are broken out, enabling seamless secondary development and custom firmware flashing.
  • Onboard LED Indicators: Built-in power LED and per-channel MOSFET status LEDs provide instant visual feedback on board state and output activity — controllable via program.
  • Arduino IDE Compatible: Program the ESP32 directly from Arduino IDE, making it accessible whether you're an experienced developer or just starting out.
  • Rated Capacity: <40VA — suitable for a wide range of low-to-medium power switching applications.

Technical Specifications

  • Microcontroller: ESP32 (WiFi + Bluetooth)
  • Input Voltage: DC 5V – 60V / Type-C USB
  • Channels: 8 x MOSFET Switch Outputs
  • Rated Capacity: <40VA
  • EU LVD Voltage: Low Voltage — Below 50Vac or 75Vdc
  • Programming: Arduino IDE, UART download supported
  • Indicators: Power LED + individual MOSFET channel LEDs
  • High-Concern Chemicals: None

What's in the Box

  • 1× ESP32 8-Channel MOSFET Switch Development Board OR 1× Protective Shell (varies by option selected)

Notes

  • Due to lighting and display differences, the item's color may vary slightly from product images.
  • Please allow 1mm–1cm dimensional differences due to manual measurement.

Resources & Safety

For guidance on electrical safety standards for low-voltage devices, refer to the U.S. Consumer Product Safety Commission (CPSC), which provides safety information on electronic components and devices.

Frequently Asked Questions

Q: What voltage range does the ESP32 8-Channel MOSFET Switch Development Board support?

A: This development board supports a wide DC input voltage range of 5V to 60V. It also features a Type-C USB port for convenient power supply during development and testing on your workbench.

Q: Can I program this board using the Arduino IDE?

A: Yes! The ESP32 on this board is fully compatible with the Arduino IDE development environment. All UART program download pins are broken out on the board, making it straightforward to upload custom firmware directly from Arduino IDE.

Q: Are all ESP32 I/O pins accessible on this board?

A: Absolutely. All I/O ports and UART pins of the ESP32 module are externally connected via breakout headers, giving you full access for secondary development, custom wiring, and integration with sensors or other peripherals.

Q: What do the onboard LED indicators show?

A: The board features a dedicated power indicator LED and individual MOSFET status LEDs for each of the 8 output channels. These LEDs can also be controlled programmatically, giving you real-time visual feedback on channel activity during operation.

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