January 2018

Arduino code to receive data from an Oregon Scientific weather station

Posted on January 25, 2018 (February 23, 2018) by KMtronic

NO TESTED // 2012-09-06 – Oregon V2 decoder modified – Olivier Lebrun <olivier.lebrun@connectingstuff.net> // 2012-06-21 – Oregon V2 decoder added – Dominique Pierre (zzdomi) // 2012-06-21 – Oregon V3 decoder revisited – Dominique Pierre (zzdomi) // New code to decode OOK signals from weather sensors, etc. // 2010-04-11 Jean-Claude Wippler <jcw@equi4.com> //Todo merge . . .

Wireless Weather Station Outdoor Sensor Receiving Packets With the Arduino

Posted on January 25, 2018 (February 23, 2018) by KMtronic

NOT TESTED #include <Arduino.h> #define DEBUG #define ICP1_PIN 8 #define POWER_PIN 10 //buffer size #define MAX_RECEIVES 128 //microseconds for one timer tick (4us for 64 prescaler and F_CPU=16MHz) #define TIMER_PULSE_MICROSECONDS 4 //weather station channel #define SELECTED_CHANNEL 3 //pulse intervals #define START_SEQUENCE_MIN 3500 #define START_SEQUENCE_MAX 4000 #define PULSE_MIN 350 #define PULSE_MAX 450 #define SPACE_ONE_MIN 1600 #define . . .

Arduino Receiving Tunex temperature / humidity sensor using RFlink Gateway

Posted on January 25, 2018 (February 23, 2018) by KMtronic

Receiving Tunex temperature / humidity sensor using RFlink =150,3810,390,870,420,870,390,1860,390,900,390,870,390,1860,390,900,390,1860,390,1860,390,870,390,900,390,870,390,870,390,900,390,870,390,1860,390,900,390,870,390,1860,390,870,390,1860,390,1860,390,900,390,870,390,1860,390,1860,390,1860,420,1860,420,870,390,900,390,870,390,1860,420,870,390,900,390,870,390,900,390,3810,390,900,390,900,390,1860,390,870,390,870,420,1860,390,870,390,1860,390,1860,390,900,390,870,390,870,390,870,390,870,390,870,420,1830,390,870,420,870,390,1830,420,870,420,1830,390,1830,420,870,390,870,390,1860,420,1830,390,1830,420,1830,390,870,420,870,420,870,390,1830,420,870,390,870,420,870,390,870,420,3810,390,870,390,870,420,1830,390,870,390,870,420,1860,390,870,390,1860,390,1860,390,870,390,870,390,870,390,870,390,870,390,870,390,1860,390,870,420,870,390,1860,390,870,390,1860,390,1860,390,870,390,870,390,1860,390,1860,390,1860,390,1860,390,870,390,870,390,870,420,1860,390,870,390,870,390,870,390,870,390,3810,390,870,390,870,420,1830,390,870,390,870,390,1860,390,870,390,1860,390,1860,390,870,390,870,390,870,390,870,390,870,420,870,390,1860,390,870,390,900,390,1860,420,870,390,1860,390,1860,390,900,390,870,420,1860,390,1860,420,1830,390,1860,390,870,390,870,390,870,420,1860,390,870,390,870,390,870,390,870,420,3810,390,870,390,870,390,1860,390,870,390,870,390,1860,420,870,390,1860,390,1860,420,870,390,870,420,870,390,870,390,870,390,870,390,1860,390,870,390,870,390,1860,390,870,390,1860,420,1860,390,870,390,870,390,1860,390,1860,390,1860,390,1860,390,870,390,870,390,870,390,1860,390,870,420,870,390,870,390,870,390,3810,390,870,390,870,390,1860,390,870,390,870,390,1860,420,870,390,1860,420,1860,390,870,390,870,420,870,390,870,390,870,390,870,390,1860,390,870,390,870,420,1860,390,870,390,1860,390,1860,390,870,420,870,390,1860,420,1860,390,1860,390,1860,390,870,390,870,420,870,390,1860,390,870,390,1110,390,870,390,870,390,3810,390,870,390,870,420,1860,390,870,390,870,420,1860,390,870,390,1860,390,1860,390,870,390,870,390,870,420,870,390,900,390,870,420,1860,390,870,420,870,390,1860,420,870,390,1860,390,1860,390,870,390,870,390,1860,390,1860,390,1860,420,1860,390,870,420,870,420,870,390,1860,420; 20;48;Tunex;ID=2501;TEMP=012c;HUM=16;BAT=OK; . . .

Arduino sending and receiving a wide range of common remote switches, certain types of weather station data

Posted on January 25, 2018 (February 23, 2018) by KMtronic

— UNTESTED — https://bitbucket.org/fuzzillogic/433mhzforarduino/wiki/Home 433MHz for Arduino This package contains several small libraries for Arduino 1.0 which add communication capability with some radio controlled (433MHz / 434MHz) domestic appliances. The libraries can be used for easy home automation using cheap, off-the-shelf components. Features Support for sending and receiving a wide range of common remote . . .

Arduino Manchester encoding library for RF links

Posted on January 25, 2018 (February 23, 2018) by KMtronic

https://code.google.com/archive/p/mysudoku/downloads https://storage.googleapis.com/google-code-archive-downloads/v2/code.google.com/mysudoku/manchester.zip Transmitter code: #include <MANCHESTER.h> #define TxPin 5 //the digital pin to use to transmit data unsigned int Tdata = 0; //the 16 bits to send void setup() { MANCHESTER.SetTxPin(TxPin); // sets the digital pin as output default 4 }//end of setup void loop() { Tdata +=1; MANCHESTER.Transmit(Tdata); delay(1000); }//end of loop . . .