SWRA493A October   2015  – October 2026 CC1101 , CC110L , CC1120 , CC1121 , CC1125 , CC1190 , MSP430F5438A

 

  1.   1
  2.   CC112x-CC1190 Boost Software Examples
  3.   Trademarks
  4. 1Features and Benefits of UART-Based Test Suite
    1. 1.1  Continuous Unmodulated TX
    2. 1.2  Continuous Modulated TX
    3. 1.3  Static RX
    4. 1.4  TX Single Channel BER
    5. 1.5  RX Single Channel BER
    6. 1.6  TX Frequency Hopping BER
    7. 1.7  RX Frequency Hopping BER
    8. 1.8  RX Sniff Mode
    9. 1.9  SmartRF Selector
    10. 1.10 Radio Setup
    11. 1.11 Automatic Mode
  5. 2Hardware Requirements to Run the Software
  6. 3Configuring Hardware Options
  7. 4Port to Test Software to Custom Hardware
    1. 4.1 SPI Configuration for the Transceiver
    2. 4.2 Chip Select for the Transceiver
    3. 4.3 Reset Pin for the Transceiver
    4. 4.4 Interrupt Configuration for the Transceiver
    5. 4.5 Optional Control Pins for the Range Extender
    6. 4.6 Optional Pins for Creating a Button User Interface
    7. 4.7 Optional LED Pin Configuration
  8. 5References
  9. 6Revision History

1.10 Radio Setup

The only setting that is available to change from the UART interface system is the base frequency in steps of 1kHz. This enables you to change the base frequency of the test and allows you to dial-in any frequency error that there might be between to boards operating in narrow band but running of standard XTALs.

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Current configuration: (Device = CC1101)
   Current configuration:
Config:  9 Low data rate => 1200bps, 4kHz dev, 25kHz RX BW
Freq  : 10 902 750 500
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CMD > 10 903 000 501

The interpreter used to decode the commands is very simple and cannot interpret the entire 9-digit frequency value. Therefore, you have to write the wanted frequency in three sets of 3 digits as shown above.