CC are available at Mouser Electronics. Mouser offers inventory, pricing, & datasheets for CC CC datasheet, CC circuit, CC data sheet: TI – True System-on- Chip with Low Power RF Transceiver and MCU,alldatasheet, datasheet. CC PRELIMINARY Data Sheet (Rev. ) SWRSA. Page 1 of True System-on-Chip with Low Power RF Transceiver and
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CC Datasheet(PDF) – TI store
It took a fair bit of Googling, trial and error and experimentation but I now have a fully working setup for compiling my own firmware and burning it into the memory of an XRF module. Use git to download the datasheeet and then build it like so: Impressive, thanks for sharing that.
Did you you manage to get it working? At this point you are supposed to install a Windows-only toolkit to use the cc-debugger.
Post as a guest Name. This is the device for burning the firmware onto the XRF module or any compatible microcontroller. Prototyping board aka ‘breadboard’a selection of jumper wires, an LED and a resistor of value at least ohms. Sign up using Email and Cv1110.
Paul Hayes 17 August at This is essential because all pins dwtasheet inputs by default. Simply install the sdcc package from your Linux distribution’s package installer.
Use cc-tool to upload to the connected XRF module with this command note, this is the point of no return, once you’ve ran this your XRF module will no longer work with dataheet standard Ciseco firmware files: Since then I have tried to figure out the settings to put the radio down to 1.
Newer Post Older Post Home. It does not mean there is an microcontroller explicitly embedded on CC evaluation modules. In this post are my notes on what was required to write, compile and upload my own firmware to a Ciseco XRF module which is based on a TI CC chipset.
Where did you learn about programming the CC?
Note that the ten-pin connection is shown as you are looking at the end of the ribbon cable with it connected to the cc-debugger, pin one is bottom left. Sign up or log in Sign up using Google. So far I’ve only done this with an older v1.
| WOR Mode for the TI CC
According to what I read and SmartRF, the frequency settings should be: Here is a diagram showing the connections I used: That’s it, your LED should datahseet be flashing!
I datazheet updated this to show the correct connections. Now to cross-compile the c code for the architecture and generate an Intel hex file which can be burnt to the XRF module. You’ll have to get a CC Debugger or implement the interface yourself which I’ve never found worth my time when this has come up for me.
Yes it’s a real shame these aren’t going to be available any more.
Texas Instruments CC1110F32
The pins of the cc are grouped into “ports” which can have 8 pins in each one. I can’t seem to figure dztasheet which microcontroller is embedded on the module.
I have a feeling it might be interference as I have several systems using mhz here now I am also playing around with Lorawan devices. Here is some c code which I wrote to do this: Or is CC-Debugger the only device that can program it? I found the answer to this as well and would like to get back here.