Part Number: AWR6843AOP Hello Team,
I am preparing a design in which I use 2 CAN-FD lines using AWR6843AOP. In the design, I want to use one of the CAN bus to read CAN data. I want to use the other CAN bus to write data to a LIN line. I created the CAN…
Part Number: AWR6843AOP Hi Ti, I want to measure the antenna pattern of the AOP in my company. According to the datasheet, the antenna pattern is measured through a corner reflector. I also saw someone asking this question on E2E . https://e2e.ti.com/support…
Hi Vincent,
Here are some additional details. Please let us know if you have further questions.
On the TX side for the AWR6843AOP, there would be side lobes expected as you mentioned in (2) and (3). Since the applications this device is intended for …
Part Number: AWR6843AOP Other Parts Discussed in Thread: UNIFLASH Hello everybody,
I'm trying to understand the difference between TDM MIMO and BPM MIMO. Obviously BPM MIMO increases the total transmitted power due to simultaneous transmission on all TX…
Part Number: AWR6843AOP Hi Ti, Because FCC 15.255 stipulates that the Conducted Power must be less than -10dbm, so I set the Txpowerbackoff in the cgf file to 1579032 to comply with FCC regulations. However, this power is very low, and there will be problems…
Part Number: AWR6843AOP Other Parts Discussed in Thread: IWR6843AOP I would like to configure and retrain the neural network model in the example Gesture With Machine Learning Users Guide (ti.com) , to make it more accurate and customize to our own gesture…
Part Number: AWR6843AOP Hi Ti, According to my understanding, using mmWave studio, the signal can be changed to CW mode for operation, and more subtle AOP information can be obtained. I have the following two questions: 1. Can I only use it through DCA1000…
Part Number: AWR6843AOP I would like to use the HWA to calculate the magnitude of complex ADC samples, length 4096.
SWRU526B, The Radar Hardware Accelerator, says, "The FFT sub-block performs FFT on the incoming 24-bit I and 24-bit Q data stream. The FFT…