Texas Instruments provides a recommended PCB layout in the CC1201RHBR datasheet, but it's also recommended to follow the guidelines in the TI application note 'CC11xx and CC25xx PCB Layout Guidelines' (SWRA419) for optimal performance.
Optimizing the CC1201RHBR's performance requires careful consideration of factors such as frequency selection, modulation scheme, data rate, and transmission power. TI provides a range of application notes and design guides to help with this process, including the 'CC1201RHBR Design Guide' (SWRU323).
The CC1201RHBR requires a well-designed antenna to achieve optimal performance. Key considerations include antenna type, size, and placement, as well as impedance matching and tuning. TI provides guidance on antenna design and selection in the 'CC1201RHBR Antenna Design Guide' (SWRU324).
The CC1201RHBR supports frequency hopping, which can be implemented using the device's built-in frequency synthesizer and a microcontroller to control the hopping sequence. TI provides example code and guidance on implementing frequency hopping in the 'CC1201RHBR Frequency Hopping Design Guide' (SWRU325).
The CC1201RHBR has a low power consumption profile, but power consumption can still be optimized through careful design and selection of components, as well as the use of power-saving modes. TI provides guidance on power consumption considerations in the 'CC1201RHBR Power Consumption Application Report' (SWRA420).
CC1201RHBR datasheet
by Texas Instruments
