RF Transceiver Module for Arduino Projects
Connect your Arduino projects wirelessly via RF
SKU: TA0032
$14.25
RRP $24.95
In Stock
RF Transceiver Module for Arduino Projects
Connect your Arduino projects wirelessly via RF
This wireless module for Arduino adapts high-performance Nordic VLSI NRF905 radio chip, the maximum transmission data rates up to 50Kbps with GFSK, sensitivity to-100dBm, high reliability, it is widely used in various occasions, short-range wireless communications (such as wireless meter reading, industrial remote control, low-power handheld equipment, etc.)
Specification:
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Operating voltage: 1.9 ~ 3.6V, ( 3.3V is recommended)
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Work on the 433MHz band
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The maximum operating rate of 50kbps, support GFSK modulation
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A lower current consumption (RX in, 12.2mA, 433MHz)
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Programmable control of output power, for all the support frequencies of up to +10 dBm
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Standard DIP spacing interfaces for embedded applications
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Transmission Distance: open to the actual transmission distance 200-300 meters (depending on the specific situation of the environment and communication baud rate settings, etc. may be)
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Module Size: 32mm * 19mm (the size of non-SMA head and antenna）
Click here to download manual and library files
3 Month Warranty
| SKU | TA0032 |
| Barcode # | 9351634002702 |
| Brand | iduino |
| Shipping Weight | 0.0600kg |
| Shipping Width | 0.130m |
| Shipping Height | 0.040m |
| Shipping Length | 0.100m |
| Shipping Cubic | 0.000520000m3 |
| Unit Of Measure | ea |
Arduino RF transceiver module
By: Michael Lampard on 19 April 2017While not as popular as some of its competition, the nRF905 is relatively easy to use, and offers communication over 3 UHF bands with 511 channels with individual addressing. With a range of over 100metres this module is better for long-range than many wifi modules, if quite a bit slower at around 56kbaud, though power usage is also less.This particular module is pretty nice, having a quality antenna provides a professional look to finished projects. As a 3.3volt device I would recommend using a 3.3v micro rather than level shifting, but there is good code on github for arduino. Thumbs up. A nice cheap device ideal if overcrowding of the 2.4ghz bands are an issue or for remote battery powered usage.
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