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G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control
G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control

G-NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control

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US $14
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Quick Details

Frequency:
433/470/868/915mhz
Output power:
-1~20dBm (1400m long distance rf modules)
Interface:
TTL/rs232/485 rf module
Standby current:
<5uA
Transmitting current:
95mA@20dBm
Receiving current:
25mA @ TTL/32.7mA @ rs232/34mA @ rs485
Baud Rate:
1200-38400bps
Sensitivity:
-121dBm

Quick Details

Use:
Universal
Place of Origin:
China
Operating Voltage:
2.8-6.5V (TTL) 4.5~5.5V (RS232/485)
Frequency:
433/470/868/915mhz
Output power:
-1~20dBm (1400m long distance rf modules)
Interface:
TTL/rs232/485 rf module
Standby current:
<5uA
Transmitting current:
95mA@20dBm
Receiving current:
25mA @ TTL/32.7mA @ rs232/34mA @ rs485
Baud Rate:
1200-38400bps
Sensitivity:
-121dBm

Brief introduction of NiceRF SV612 wireless transmitter and receiver 433mhz wireless rf remote control modules 433mhz remote control

SV612 is highly-integrated RF module, which adopts high performance Si4432 from Silicon Labs. It has 3 optional Interface (TTL, 232, 485). SV612 has high sensitivity and 100mW output power to achieve long RF range and reliable RF communication. SV612 comes with many parameters which are configurable, such as:  frequency, data rate, output power, Net ID, Node ID. Users can configure the parameters through PC or customer’s own device. The features of long distance, wide working voltage and simple parameters configuration make SV612 wildly used in many fields.

Electronic parameters

Brand NiceRF
Product SV612 433mhz rf receiver module
Parameter Min. Typ. Max. Unit Conditions
Operation conditions
Supply Voltage 2.8 5 6 V TTL level
4.5 5 5.5 V RS232/485 level
Operating Temperature -40 25 85
Current consumption
RX Current 25 mA TTL level
34 mA 485 level
32.7 mA 232 level
TX current 95 mA 20dBm
Sleep Current <5 uA TTL level
RF parameters
Frequency 414.92 433.92 453.92 MHZ 433MHZ
470.92 470.92 509.92 MHZ 470MHZ
849.92 868.92 888.92 MHZ 868MHZ
895.92 914.92 934.92 MHZ 915MHZ
Air data rate 1.2 9.6 115.2 Kbps GFSK
Output power -1 / 20 dBm
Sensitivity -121 dBm 1.2kbps

Features

* 433/470/868/915 MHz (433.92mhz tx rx )
* Interface: TTL /RS232/RS485
* 40 channels
* 4 bytes net ID
* 2 bytes node ID
* Multiple air data rate
* GFSK modulation
* Bi-Direction communication
* Parameters configurable
* Parameters saved even powered off
* Sensitivity: -121 dBm
* Max output power:100 mW
* Voltage:2.8 ~ 6.0 V (TTL)  4.5~5.5V(RS232/RS485)
* Temperature:-40 ~ +85 °C

*1.4km wireless receiver long distance

Application

* Remote telemetry
* Auto meter reading
* Security systems
* Data logger
* Wireless data communication
* Home automation
* Healthy monitor
* Wireless PC peripherals
* Access Control
* Robot control

Schematic:

Pin definition

Pin No. Definition Description
1 VCC Connected to the positive power supply (typical 5V)
2 GND Connected to ground
3 TXD Data transmitting
4 RXD Data receiving
5 SET Configuration parameters enable (low to enable the configuration parameters, the default high-level output)
6 CS Enable(Low level sleep, the current is less than 5uA,High level default)

Mechinism size:

Product Description


a) Why module can not communicate properly?
1) The power supply is connected incorrectly and the module is not working properly;
2) 2) Check whether the frequency band of each module and other RF parameters are consistent;
3) 3) Is the module d1) Power supply ripple is 2) The antenna types do not match, or not properly ins3) The surrounding environment is harsh, strong interference s4) Surrounding co-channel interferenc

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