Part Number: AWR1843AOP Other Parts Discussed in Thread: , AWR6843AOP , AWR6843 I have planned to use AWR1843AOP for a battery operated wearable device.
The device we are designing will be fixed on a spectacle or will be clipped on the shirt.
I changed line 4713 in dss_data_path.c
trackerOpFinal[jk].x = (int16_t) (obj->trackerState[ik].vec[iX]*oneQFormat);
trackerOpFinal[jk].x = -1 * ((int16_t) (obj->trackerState[ik].vec[iX]*oneQFormat));
and work fine.
thanks so much Cesar. …
Part Number: AWR1843AOP Hello TI,
I am trying to study the AWR1843AOP Obstacle detection example.
The CFAR command has 14 arguments in the example whereas the SDK document (126.96.36.199) says that the command supports only 9 arguments. Please provide link to…
Part Number: AWR1843AOP
Hello TI Team,
In AWR1843AOP, we are implementing CAN functionality. In earlier benchmarking we verified that DCAN module works properly with our CAN system.
But in actual design we cant use DCAN module because CAN pins are used…
From your diagram analysis you are right. If x=0, z=0, sensor and object are in same position. While if z = 0, Vz is not determined and is purely tangential, so not measured by the chip.
Thanks and Regards,
Part Number: AWR1843AOP Hello E2E,
W hat is the difference between max velocity and extended max velocity? and how to configure extended maximum velocity in ( .cfg ) and visualize it in the demo visualizer?
Part Number: AWR1843AOP Other Parts Discussed in Thread: AWR1843BOOST , , , AWR1843 1) For beam steering how to decode the Raw Data coming from the Sensor, we are using the pre-built binary inside the MRR beam steering folder within the automotive toolbox…
Part Number: AWR1843AOPEVM Hi Ti,
We have run the "Obstacle detection AoP" demo and captured the data file and noticed that the value for "platform" in frame header is "A1642" and not getting "A1843" as mentioned in the TI resource explorer. Could you…
Part Number: AWR1843AOP Other Parts Discussed in Thread: TIDEP-01024 , , IWR1443 Hi Experts, Our customer is developing and producing IoT devices with a focus on level measurement in recycling containers. They want to expand their portfolio and also offer…
Part Number: AWR1843AOP It was identified that the mmWave SDK 188.8.131.52 demo for AWR1843AOP provides incorrect elevation z value. The value computed by the demo has incorrect sign. For example, when correct elevation is z = 1m, the demo reports z=-1m.