Part Number: CC1120EMK-868-915 Other Parts Discussed in Thread: CC1101 , CC1120 Hi.
I am completing a PCB design using this eval board as a reference. I would like to know if all the 47nF capacitors can be replaced with 100nF capacitors on the CC120RHBR…
Hi Zack,
We could move private messaging. I accepted your invitation.
I did not implemented switch to the evaluation board. I just tested 433 MHz and 868/915 MHz separately. After that I implemented 433 MHz matching to our first proto and checked that…
Part Number: SMARTRFTRXEBK Hello E2E Experts,
Good day.
I wanted to buy your CC1175EMK-868-915 product for testing your transmitter. However, the recommended motherboard for this evaluation kit, the SMARTRFTRXEBK, seems to be out of stock in your stores…
Does the frequency of 915 MHz and 868 MHz can pass Asia Telecommunications regulations (China, Japan, Korea)?
Do I just setup the frequency range and tx power to meet the regulations?
The sub-1 PHYs supported can be found in smartrf studio:
For sub1 PHY for 802.15.4, you can also refer to the ti154stack examples:
(in the project's .syscfg file: "RF STACKS" --> "TI 15.4 STACK" --> Radio)
The GFSK PHY…
Part Number: LAUNCHXL-CC1352P Other Parts Discussed in Thread: CC1352P Hi, TI team,
I am designing a product using CC1352P and wondering if the reference design is the same for different band of 433, 868 and 915 MHz?
I figure if the band is different…
Hi,
A triple-band design with one CC1312R device is quite ambitious.
1.
We strongly recommend that customers directly copy our reference designs for each of those frequency bands. Additionally:
We typically recommend the same match for 315/433 MHz and…
Part Number: CC1101 Other Parts Discussed in Thread: CC110L , SMARTRFTRXEBK , CC1120 Team,
Customer is looking for evaluation card for both CC1101 and CC110L. The goal is to do some evaluation in the following band: Base freq. 867.999 Mhz, channel spacing…
Other Parts Discussed in Thread: CC-ANTENNA-DK2 , CC1310 , CC1120 Tool/software: TI C/C++ Compiler Dear Sir,
CC1310-1190 launchpad has PCB antenna, which is an 868/915/920 MHz. instead of PCB antenna. I want to use a omnidirectional antenna. which has higher…