Mini NRF24L01 SMD 1.27MM Wireless Transceiver

The transceiver consists of a fully integrated frequency synthesizer, a power amplifier, a crystal oscillator, a demodulator, modulator and Enhanced ShockBurst™ protocol engine

$2.95$9.95
Pack Qty
resetClear
Add to Wishlist
Mini NRF24L01 SMD 1.27MM Wireless Transceiver
This item: Mini NRF24L01 SMD 1.27MM Wireless Transceiver
$2.95$9.95
$2.95$9.95
NodeMCU V3 Lua WIFI module
1 Ă— NodeMCU V3 Lua WIFI Module

Out of stock

$8.95
Wemos ESP-Wroom-02 + 18650 Battery Slot
$16.95
WIFI 2.4G 3dbi PCB Antenna
1 Ă— WIFI 2.4G 3dbi PCB Antenna

20 in stock

$1.95
NRF24L01+ 2.4GHz Wireless Transceiver Module
$4.95
Qty Discount
4 - 9 5%
10 + 8%
SKU: (OKY3365-1) (OKY3365)
Description
Additional information
Applications
Support & Utility
Q & A

Mini NRF24L01 SMD Board Module 1.27+2.4G Wireless RF Transceiver 1.9V~3.6V has a High Rate: of 2 Mbps, due to the short transmission time in the air to reduce the collision phenomenon in wireless transmission(setting 1Mbps or 2Mbps air transmission rate).

Multi-frequency Point: 125 frequency points to meet the needs of multi-point communication and frequency hopping communication.

Lower Power Consumption: 1.9V~3.6V, fast over-the-air transmission and start-up time to greatly reduce current consumption in response mode

Specifications:

!!! CAUTION !!!

VCC has to be between 3.0V to 3.6V, do not exceed this range, as it will destroy the module!

  • All I/O pins are 5V tolerant and can be connected directly to the port pins of a 5V microcontroller. No lever conversion is required. But, do NOT connect VCC to 5V, it will kill the board!
  • Material: FR4
  • Power Supply: 1.9V~3.6V
  • Receive Sensitivity: 2Mbps–83dB, 1Mbps–87dB, 250Kbps–96dB
  • Receive Current: 2Mbps–15mA, 1Mbps–14.5mA, 250Kbps–14mA
  • Standby Current: 15ÎĽA
  • Power Down Current: 700nA
  • Working Temperature: -20°C~+55°C / -4°F~ 131°F
  • Storage Temperature: -40°C~+125°C / -40°F~ 257°F
  • Module Size: 1.8 * 1.2cm / 0.71 * 0.47in
  • Weight: 3g 

Pins:

  • VCC – This pin must NOT exceed 3.6V! Connecting it to 5V will irreversibly damage the board!
  • GND – Ground
  • IRQ – Interrupt pin. This pin is active LOW.
  • MISO – 3.3V-5V tolerant SPI slave output.
  • MOSI – 3.3V-5V tolerant SPI slave input.
  • SCK – 3.3V-5V tolerant SPI clock.
  • CSN – 3.3V-5V tolerant SPI chip select.
  • CE – 3.3V-5V tolerant chip enable. This pin toggles the nRF24L01+ IC between transmit (TX), receive (RX), standby, and power-down modes.

 

Package Included: NRF24L01 SMD 1 or 5 pack

Check out our On Sale and Clearance Items 

Development  Resources: Demo Codes, Schematics, Datasheets, Etc

 

Tempero systems Hackaday     Hackaday serves up Fresh Hacks Every Day from around the Internet.

tempero systems-InstructablesInstructables is a community for people who like to make things. Explore, share, and do your next project with us!

Tempero Systems-Github     Where the world builds software

tempero systems-Raspberry Pi    Raspberry Pi Foundation What would you like to make today?

tempero systems-Arduino    Arduino‘s mission is to enable anyone to enhance their lives through accessible electronics and digital technologies.

tempero systems-Wikipedia     Wikipedia is a free online encyclopedia created and edited by volunteers worldwide and hosted by the Wikimedia Foundation.

 

Notes:

1. There may be slight size deviations due to manual measurement, different measuring methods, and tools.
2. The picture may not reflect the actual colour of the item because of different photographing lights, angles, and display monitors.

Weight 0.010 kg
Dimensions 2 × 1 × .5 cm
Pack Qty

1 Pack, 5 Pack



Product Applications

Q & A

There are no questions yet

Ask a question

Your question will be answered by a store representative or other customers.

Thank you for the question!

Your question has been received and will be answered soon. Please do not submit the same question again.

Error

Warning

An error occurred when saving your question. Please report it to the website administrator. Additional information:

Add an answer

Thank you for the answer!

Your answer has been received and will be published soon. Please do not submit the same answer again.

Error

Warning

An error occurred when saving your answer. Please report it to the website administrator. Additional information: