1 3

Eletechsup Original Factory Official‌ Store

Super Het Remote RX Receiver Module 433HZ -107dBm France IC SYNOXO SYN470R

Super Het Remote RX Receiver Module 433HZ -107dBm France IC SYNOXO SYN470R

BX007

Low stock: 8 left

$6.48
$6.48 $6.48
Sale Sold out

Item Description ：

BX-RM12 -433 is an ASK/OOK receiver super-heterodyne module adopted SYN400R chips, which is designed specifically for unlicensed remote-control and wireless security receiver operating at 315/433.92MHZ under FCC Part 15 regulation or pass ETSI certification. BX-RM12 -433 is based on a single-conversion, super-heterodyne receiver architecture and incorporates an entire Phase-Locked Loop(PLL)for precise local oscillator generation. It can be used in OOK/HCS/PWM modulation signal and demodulate it to digital signal. BX-RM12 -433 have a high performance at a competitive cost and easily to design your products.  
 
 
Feature: 
Receiver Module No. : BX-RM12 -433 (match with our BX-TX01 -433 or BX-TX05 -433 module)
 
Low cost ASK/AM radio superhet receiver ;

High frequency stability ( no adjust components) & coherence;

Very low RF Re-radiation at the antenna;

Operation temperature :  -20 ℃ ~ +70 ℃;

Supply voltage:2.8-5.5V;
 
Operating frequency (MHz): 433.92MHz ( 315MHZ is available if required , other frequency can be custom made if order 100 pcs );

Compatable with most AM (ASK/OOK) transmitters ;

Smal package : SIL-6PIN (2.54 of pin distance);
 
Lead Temperature(solding 3s) : 330 degrees centigrade . 
 
Receiver IC : SYNOXO SYN470R (Made in France );
 
 
 
Typical Applications
• Smart home systems;
• Remote controls systems;
• Remote fan and light control;
• Garage door and gate openers; 
• Alarm and security system ;

 

 

 

Library download

Here’s the library you need for this project:

  1. Unzip the RadioHead library
  2. Install the RadioHead library in your Arduino IDE
  3. Restart your Arduino IDE

Receiver Circuit


Follow the circuit above for your receiver. Then upload the code below. 

 
#include  #include  // Not actualy used but needed to compile RH_ASK driver; void setup() { Serial.begin(9600); // Debugging only
if (!driver.init())
Serial.println("init failed"); } void loop() { uint8_t buf[12];
uint8_t buflen = sizeof(buf);
if (driver.recv(buf, &buflen)) // Non-blocking
{
int i;
// Message with a good checksum received, dump it.
Serial.print("Message: ");
Serial.println((char*)buf);
} }

Transmitter Circuit

 
Follow the circuit above for your transmitter. Then upload the code below.
#include 
#include  // Not actually used but needed to compile
RH_ASK driver;
void setup()
{ Serial.begin(9600); // Debugging only 

if (!driver.init()) 

Serial.println("init failed");
}
void loop()
{ const char *msg = "Hello World!";
driver.send((uint8_t *)msg, strlen(msg));
driver.waitPacketSent();
delay(1000);
}

Demonstration

In this project the transmitter is sending a message “Hello World!” to the receiver via RF. Those messages are being displayed in the serial monitor from the receiver. Here’s what you should see in your Arduino IDE serial monitor.

Conclusion

You need to have some realistic expectations when using this module. They work very well when the receiver and transmitter are close to each other. If you separate them too far you’ll loose the communication.

 

 

View full details