Output:
A.singnal Inter-locking (Latch)----connect 1 and 2 ;
B.singnal Self-locking (Toggle) ---- connect 2 and 3 ;
C.singnal Non-locking (Momentary ) ---- disconnect the jumper ;
Inter-locking (Latch): 4-way relay each other to switch, when relay A is working and locked , relay B C D corresponding to switch off; when B is working and locked , corresponding relay A C D swith off ; Only 1 relay is on among 4 relays A B C D;
Non-locking type (Momentary): Press A and hold it , then A is on.Same as Relay B C D ;
Self-lock type (Toggle): 4 chanels opens and closes independently, 4 chanels can work together ,they don’t affect each other . press A button, A relay of work and locked, press again then disconnected; Same as B C D .
Learning method and steps
1. Press any key on remote control within 5 seconds , LED flash 3 times and then turn on , then it have success in learning .
Clear the deposit information
Keep Pressing Learning Key , LED turns off , Wait 10 Seconds , LED turn on , that deposited information has been successfully cleared ;
arduino core fragment(complete code through ebay message Request):
//Author: cantone-electonics
//Arduino 1.0
//Arduino uno R3
//Making a wireless remote control with arduino
const int data_out = 2;//encoder DOUT
//LED pin,When receiving the key from the serial port, LED flash
const int ledPin = 13; //LED pin
// OSC Resistance is 3.3M
const int Osc_4xCycle = 359; //4 oscillating time periods
const int Osc_12xCycle = 1078;//12 oscillating time periods
unsigned long Temporary[3];//Temporary storage unit
...
//send:8 Address Bits, 4 Data Bits, Sync bit
void send_data()
void setup() {
// initialize the LED pin as an output:
pinMode(ledPin, OUTPUT);
// initialize the encoder DOUT pin as an output
pinMode(data_out, OUTPUT);
Serial.begin(9600);
}
void loop()
{
...
while(1)
{
//get key from pc serial port
while (Serial.available() > 0)
{
keydata = Serial.read();
receive_flag = 1;
delay(2);
}
if(receive_flag == 1)//if get key,send key
{
receive_flag = 0;
if((keydata == 'a') || (keydata == 'A'))//trigger A channel relay.
{
Temporary[2] = 0xC0;// 0xC0 is A button key
digitalWrite(ledPin, HIGH);//Turn on led
send_data();//send code word
Serial.println(".....trigger A channel relay.....");
}
else if((keydata == 'b') || (keydata == 'B'))//trigger B channel relay.
{
Temporary[2] = 0x30;// 0x30 is B button key
digitalWrite(ledPin, HIGH);//Turn on led
send_data();//send code word
Serial.println(".....trigger B channel relay.....");
}
else if((keydata == 'c') || (keydata == 'C'))//trigger C channel relay.
{
Temporary[2] = 0x0C;// 0x0C is C button key
digitalWrite(ledPin, HIGH);//Turn on led
send_data();//send code word
Serial.println(".....trigger C channel relay.....");
}
else if((keydata == 'd') || (keydata == 'D'))//trigger D channel relay.
{
Temporary[2] = 0x03;// 0x03 is D button key
digitalWrite(ledPin, HIGH);//Turn on led
send_data();//send code word
Serial.println(".....trigger D channel relay.....");
}
...
}
}
