Part Number: CC1120 Other Parts Discussed in Thread: CC1310 , Hi,
Could someone please guide me with the CC1120 settings to be compatible with the CC1310 standard LRM?
We have tried to settings some settings using the DSSS PN mode. Only receiving…
Part Number: TIDC-SIGFOX-CC1120-CC1190-BP I'm working with this kit . As far as I understand, it's just using LNA_EN, PA_EN, MOSI, MISO, GPIO{0,1,2} and CS_N which are pins: P1.6, P3.2, P2.7, P3.0, 3.1, P2.6, P2.3, P8.1, P7.4 and P2.0
This from the…
Other Parts Discussed in Thread: CC1101 , CC1120 Hello, one quick question... it is possible to use the CC1120 with FHSS in compliance with the FCC 15.247 regulation? it is possible to reach the 1W peak output power? as the max RX filter bandwidth is…
Eggsy,
I think you mean FCC15.247 and not 246. There is no 246 in the list below:
But if you do mean 15.247, then yes, it is possible to create a solution based on the CC112x series of devices that becomes compliant with the frequency hopping set…
Alon,
This TI-DESIGN discusses in detail the implementation and use of fast frequency hopping.
www.ti.com/.../TIDC-FCC-COMPLIANT-LRM-WITH-CC1120
Regards,
/TA
Other Parts Discussed in Thread: CC1125 , CC1120 , CC1190 I kindly ask you to give me support to interpret the use of the transceiver CC1120/CC1125 band 869.4-869.650 MHz when it is used in combination with the CC1190 +27 dBm outp. compliant with directive…
Hi Callum,
According to FCC part 15.212 Modular transmitters (a)(1)(v) , the modular transmitter must be tested in a stand-alone configuration and must not be inside another device during testing. If you only have the transceiver inside the module,…
Hi,
Please see the attached slides: /cfs-file/__key/communityserver-discussions-components-files/156/CC112x-Comparison.pdf
Note that this does not include the latest CC131x and CC135x device family and so isn't up-to-date (they were made when the…
Hi Albin,
Output power above 470 MHz is limited to 12,500 microvolts/meter at 3m, which is about -13.3 dBm. With a typical antenna gain of 2.15 dB, this brings the max output power to approximately -15.5 dBm .
The standard allows the use of averaging…
