N533FS CC1312 Module designed for 433M, 868M, 915M band .Up to 30dBm output power, and down to -122dBm sensitivity.
N533FS integrated TI CC1312R and PA chip, which is suitable for 433M, 868MHz and 915MHz band. CC1312R module has the characteristics of low cost, low power consumption and small size. The module is designed with 4-layer board, with excellent impedance matching and anti-interference. The module is mainly for Internet of things, intelligent home, wireless meter reading, scientific research and medical treatment, and medium and long-distance wireless communication equipment. CC1312R module leads all pins out for secondary development.
N533FS (CC1312R ) is suitable for free frequency band in EU.
RF Interface
Parameter
Introduce
Frequency
433M, 860M, 915MHz
Support ISM
Output Power
+24dBm
The maximum power 200mW
Sensitivity
-110dBm
50kbps
Symbol Rate
0.3-4000kbps
Software programming control
Deviation
+/-10kHz
Antenna interface
Distance
4000m
In clear and open environment, the antenna gain
is 3 dBi, the height above the ground is 2.5 meters,
and the air speed is 1.2 kbps.
Hardware parameters
Value
Remarks
Size
32 x 22 x 3mm
-
Antenna Interface
IPEX, stamp hole
-
Communication Interface
UART, SPI
Software programming
Package
SMD
-
Electrical Parameters
Minimum
Typical
Maximum
Remarks
Volt
1.8V
3.3V
3.9V
PA Volt
3V
5V
6V
Emission Current
400mA
Instantaneous power consumption
Receiving Current
6.9mA
-
Sleep current
1uA
Software programming control
Working Temperature
-30℃
75℃
-
Pin Definition
Test method of N533FS module
Take the supporting base plate of Heyan technology as an example:
The bottom board of N533FS is T532AP, which integrates USB to serial chip, led, button, burning port and module card port. As shown in the figure:
N533FS-868M secondary development method:
The CC1312R module is stuck on the backplane as shown in the figure, and the IPEX is connected with the antenna. The burning port is connected with xds110 according to the silk screen printing, and then online simulation can be carried out to test the performance of the module.
Module Programming
The schematic diagram of the module base plate can be obtained from our official website.
Please contact us for specific programming information or download it from TI official website www.ti.com.
