Hi Fabio,
Infinite packet length enables the device design to transmit and receive packets longer than 255 bytes. Please refer to section 8.1.5 of the technical reference manual swru295e for more information.
CC1120 has four GPIO's where GPIO1 is used…
Part Number: CC1120 Other Parts Discussed in Thread: CC1175 , CC1125 , CC1200 Gentlemen,
We are using the BALF-112X-02D3 balun from STMicroelectronics, but it has become obsolete and cannot be found...
Impossible to find an equivalent, if someone has…
Zack,
Most of our dB loss had to do with only getting 3.1V as a power source to the RF chip. When we upped that to 3.3V, the dB level was very good. Never thought that a 20dB loss would be attributed to 0.2V less power. So, we never looked there. So,…
Part Number: CC1120 Other Parts Discussed in Thread: CC-DEBUGGER HI~
I have a question when connecting CC1120 to cc debug.
The DC/DD waveform was measured during the RF test by performing SMARTRF STUDIO by connecting CC1120 to cc debug.
1) Both DC/DD…
Part Number: BOOSTXL-CC1120-90 Other Parts Discussed in Thread: CC1190 , CC1120 hello. Experts
I previously received a lot of help from TI Froum in transmitting/receiving coding related to cc1120.
I'm working on another RF-related project and I had a question…
Part Number: CC1120 1. We have a set of CC1120 boards for transmitting and receiving purpose. We transmit the data using 914.070Mhz frequency. We send two Buf values, Buf1 transmit 46 byte data and Buf2 transmit 128 byte data. 2. First step we are not…
I've reviewed the information we have and cannot find more information on the CC1120 transparent mode jitter apart from what has been discussed on E2E in the past.
I will link the most relevant threads that I have found so that all the information…
Thanks for confirming.
Regarding the RX Sniff question; it has been assigned to Siri in the thread you posted here: https://e2e.ti.com/support/wireless-connectivity/sub-1-ghz-group/sub-1-ghz/f/sub-1-ghz-forum/1236955/cc1120-rf-sniff-problems
So, I will…
Hi,
My apologies for my late reply. I used the "narrow band optimized sensitivity" PHY with FOC_EN=0, and wasn't able to replicate what you are describing.
As the user guide mentions on section 8.7.2, you can just disable AFC in this case…
Part Number: CC1120 Hello,
using this device for years in narrow band operations we now want to use it as receiver in former TDA72xx dominated use cases: typically with crystals with ~50ppm and less sensitive areas.
TX is a low cost chip without ability…