Part Number: CC1200 Other Parts Discussed in Thread: CC1260 Could you please advise the status of Part # CC1260RGZR, it was earlier not found on website but 'Active' now.
Thank you in advance for your help!
Part Number: CC1200 Hi,
I have a scenario, where I want cc1200 to only be in reception mode and receive all the packets in air, much like smart RF. I have the same register settings as smart RF.
But, in certain cases where the interval between consecutive…
Part Number: CC1200 Hi all, the programming guide for CC1200 gives the symbol rate register definitions as shown.
However, the equations don't seem to check out; with the default SRATE_E value of 4 and the default SRATE_M value of 239914, the symbol rate…
Part Number: CC1200 Hello,
I'm facing problems trying to achieve compatibility of CC1200 with SI4463.
Some background: my company has thousands of units out on the field, all communicating via SI4463 with our custom protocol. In our R&D efforts we…
Part Number: CC1200 Hi,
At startup, I set GPIO0 to Mode "WOR_EVENT0 (0x37)" and the registers "WOR_CFG0", "WOR_CFG1" to default value.
Before I set cc1200 to sleep mode (eWOR), I enable the RCOSC calibration and activate…
Part Number: CC1200
Hi.
I attach a proposition of a 868mhz antenna based on your DN038. As you can see my design is forced to modify the long feed track of the antenna because it is impossible for me to move the antenna feed point to the left.d
How…
CC1200 and CC1201 are equal, the only exception is fewer RX BW options for CC1201.
How many boards have you tested with CC1200 and are all CC1200 you have tested from the same batch (same marking)?
Any chance of bad soldering of the ground pad?
Part Number: CC1200 Hi,
Context is implementing a Listen-Before-Talk style transmission algorithm.
As we want to put the radio into IDLE between failed TX attempts (i.e. when carrier is sensed), we have implemented our own re-try strategy, rather than…
Part Number: CC1200 Team,
My customer has the following questions.
How do we determine the maximum frequency error can be tolerated before we lose bits/packets? It appears that the “Selectvity vs Offset Frequency” graph/figure on page 17 of the datasheet…