Tool/software: Code Composer Studio
Dear gys,
I am wrinting in reference to LAUNCHXL-CC1310 and to Smart RF Studio 7. So, I am using Smart RF to send packets datas(TX), and I need to know how I can to measure it using the Ocilloscope. I need to know exactly the pins which one the Ociloscope is able to measure. The pins RF_P and RF_P has a very high frequency(915.00000Mhz) to measure.
Someone can help me?
Hello Alexis,
I'll explain with more details and my objetive. So, i m using the simple test Packet RX and Packet TX(Smart RF) with two CC1310 LaunchPad(Receptor and Emissor), It is possible to see the data exchange. The CC1310 LaunchPad Rev. 1.4 use the device CC1310F128RGZ which one the "Pin Diagram – RGZ Package" can be seen in the Figure Page 12(www.ti.com/.../cc1310.pdf). I developmented a embedded system with a device more compact(CC1310F128RSM), which on the "Pin Diagram - RSM Package" can be seen in the pag 8. My issue is:
- I was able to measure the packets by the CC1310 LaunchPad using th Smart RF;
- Making the same test in my embedded with the CC1310F128RSM I can't see the data exchange in the Smart RF. I am using the JTAG(TMS, TCK, TDO, TDI and RESET_N) comunication of the LauchPad with my Embedded because of XDS110 Debugger Interface.
My QUESTION to discover the problem:
1. To see in the Ocilloscope if the CC1310F128RSM is sending the data Packages. What pins is possible to see it?
2. What is your opinion about the issue? I've been thinking that the register RF in the CC1310F128RSM maybe is different and my emissor can't sending data and my receptor can't receive the data.
Could you go through the chapter named "Board Bring-up" in 
and report back? If you want to debug RF you would need a spectrum analyzer .
