Secure Payments
Secure payment processing with PayPal.  We accept MasterCard, Visa, Discover and American Express.

Wireless 315MHz RF Receiver Shield for Arduino

Wireless 315MHz RF Receiver Shield for Arduino
Wireless 315MHz RF Receiver Shield for Arduino
Brand: DFRobot
Product Code: BR010308
Availability: In Stock
Price: $6.75
Qty:     - OR -   Add to Wish List
Add to Compare

The Wireless 315MHz RF Receiver Shield for Arduino provides an RF command receiver and a standard XBee socket.

315Mhz radios are commonly used for wireless applications such as vehicle monitoring, home security and general remote control. The 315 Mhz radio frequency receiver uses the ASK modulation mode at a maximum of 9.6Kpbs. It only uses about 10mA to receive data and has a sensitivity of about -102dBm for a range up 40M in open spaces. The RF receiver uses the SC2272 remote control decoding chip to latch the received data.

This shield uses five Arduino digital input pins to receive incoming data. The shield has a full set of female headers for pin access and shield stacking. An XBee socket is provided for attaching compatible ZigBee, WiFi and Bluetooth modules for additional functionality. A RUN/PROG switch allows you to use the optional XBee module to program your Arduino wirelessly. A set of 8 jumpers A0-A7 are used to provide a unique RF address for the SC2272 RF encoder.

This shield is compatible with the Wireless 315MHz RF Remote Control Keyfob and transmitters based on the SC2262 and similar remote control encoding chips.

 

Arduino Pin Usage
Pin Ref Description
D0 RX Optional XBee serial receive
D1 TX Optional XBee serial transmit
D3 VT SC2272 VT output is high when valid data is received
D8 D3 SC2272 D3 digital data output bit 3
D9 D2 SC2272 D2 digital data output bit 2
D10 D1 SC2272 D1 digital data output bit 1
D11 D0 SC2272 D0 digital data output bit 0
D13 LED Onboard user LED
RESET RESET Onboard reset button

Documentation

Write a review

Your Name:


Your Review: Note: HTML is not translated!

Rating: Bad           Good

Enter the code in the box below:



Copyright © 2013-2017 Williams and Wang LLC - All Rights Reserved