Socket Adapter Board for NRF24L01 Wireless Module 8-Pin Breakout with Built-in 3.3V Regulator for Arduino

product-image-0
42

Socket Adapter Board for NRF24L01 Wireless Module 8-Pin Breakout with Built-in 3.3V Regulator for Arduino

$7.00 $12.00

OverviewThe NRF24L01 Socket Adapter Board is a tiny helper module designed to simplify your wireless electronics setup. The standard NRF24L01…

Category: Others
SKU: QNLJ663661294628

Overview

The NRF24L01 Socket Adapter Board is a tiny helper module designed to simplify your wireless electronics setup. The standard NRF24L01 module is notoriously power-sensitive and often experiences connection drops if the 3.3V rail isnt perfectly stable. This adapter board features an on-board AMS1117-3.3V regulator chip and filtering capacitors. This allows you to safely power the module using your Arduinos 5V pin, ensuring the wireless transceiver gets a rock-solid, noise-free 3.3V supply for maximum transmission range.

Key Features

  • Safe 5V Powering: Converts 5V input to a stable 3.3V output via an on-board AMS1117 regulator.

  • Breadboard Friendly: Breaks out the dual-row 24 female header into a single-row, 6-pin layout that fits breadboards and jumper wires perfectly.

  • Signal Filtering: Includes decoupling capacitors to filter out power supply ripple, drastically reducing data packet loss.

  • Power Indicator: Features an on-board LED that confirms the module is receiving power.

Technical Specifications

Feature Specification
Compatible Module NRF24L01+ and NRF24L01+ PA + LNA (Long Range Version)
Input Voltage 4.8V to 12V DC (5V from Arduino is ideal)
Output Voltage 3.3V DC (Regulated)
Regulator IC AMS1117-3.3
Interface Pins 6 Pins (VCC, GND, CE, CSN, SCK, MO, MI, IRQ)
Dimensions 26mm x 19mm x 12mm

Why do customers need this?

  • No More Fried Modules: Standard Arduino Uno/Nano 3.3V pins can sometimes lack the current required for wireless transmission bursts, causing the code to crash. This board uses the 5V rail to supply plenty of current.

  • Easy Wiring: Changes a complex double-row pinout into a straightforward, scannable line of pins.

Reviews (0)

There are no reviews yet.

Your Review