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NRF24L01 Socket With Regulator 3.3V RobotDYN

NRF24L01 Socket With Regulator 3.3V RobotDYN

The RobotDYN NRF24L01 Socket with 3.3V Regulator is designed to provide stable and reliable power for NRF24L01 wireless transceiver modules when used with 5V microcontroller systems such as Arduino. This adapter ensures safe voltage regulation and improved communication performance by delivering a clean and consistent 3.3V supply. With integrated voltage regulation and onboard bypass capacitors, the module eliminates common instability and noise issues often experienced when powering NRF24L01 modules directly from 5V boards.

Package Includes

  • 1 × RobotDYN NRF24L01 Socket Adapter with 3.3V Regulator
NRF24
9.45 AED 9.45 AED (Tax included)

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Features

  • Dedicated NRF24L01 Socket: Specifically designed for NRF24L01-type transceivers.
  • 5V Input Support: Compatible with standard 5V platforms like Arduino.
  • Stable 3.3V Output: Built-in voltage regulator converts 5V to a regulated 3.3V.
  • Bypass Capacitors: Filter voltage noise and reduce power fluctuations.
  • Improved Reliability: Enhances wireless communication stability.
  • Easy Integration: Simple pin header interface for quick connection.

Specifications

  • Input Voltage: 5V DC
  • Output Voltage: Regulated 3.3V DC
  • Compatible Module: NRF24L01 Series
  • Voltage Regulation: Onboard 3.3V regulator
  • Noise Filtering: Integrated bypass capacitors
  • Interface Type: 8-pin NRF24L01 socket

Pinout

RobotDyn Socket Adapter For NRF24L01 With 3.3V Regulator

Pin Description
GND Ground
VCC 3.3V Regulated Output
CE Chip Enable
CSN SPI Chip Select
SCK SPI Clock
MOSI SPI Master Out Slave In
MISO SPI Master In Slave Out
IRQ Interrupt Output

Working Principle

The module accepts a 5V input and regulates it down to a stable 3.3V output using an onboard voltage regulator. The integrated bypass capacitors stabilize the supply voltage by filtering transient noise and spikes. This ensures that the NRF24L01 transceiver operates within its required voltage range, improving communication reliability and preventing damage from overvoltage.

Typical Applications

  • Arduino + NRF24L01 wireless projects
  • Wireless sensor networks
  • Remote control systems
  • IoT communication modules
  • Low-power RF data transmission