Part Number: AWR1843 Other Parts Discussed in Thread: TIDEP-01021 ,
Tool/software: TI C/C++ Compiler
I read the Design Guide: TIDEP-01021.
In page:9 (2.3.2 Chirp Configuration and System Performance), it say Number of ADC samples is 256 and Number…
Hi,
xWR1843BOOST is a complete evaluation board in itself. To evaluate the performance of the device you can flash it with the example SDk application codes and connect on USB to PC GUI or visualizer and observe the results.
However, for the ADC RAW…
Part Number: AWR1843BOOST Other Parts Discussed in Thread: TIDEP-01021
Hello,
We are beginners in using AWR 1843 Boost.
Q01
Usually a typical BW of the chirp signal used in USRR is ~4GHz (resulting in range resolution ~3.8cm). I guess…
Hi,
Yes, the awr1843 is used in this type of applications.
www.electronicspecifier.com/.../automotive-corner-radar-using-ti-mmwave-sensors
Please also review the following TI Design: Beamsteering for corner radar reference design
The associated…
Hello,
Separation based on resolution can be achieved as long as any one dimension offers separation. We advise you to read the concept of resolution in mmWave training under training.ti.com.
Also please look at these threads:
inurl:e2e…
Thank you,
With beam steering and beamforming at boresight only we have performed a lot of testing and the best performance is published in the TI Design UG. This is the
best we can achieve with AWR1843BOOST EVM. For better performance we recommend…
Hi,
TI performs testing to support the sensor data published in it's data sheet
EuroNCAP style testing is usually performed by the Equipment Manufacturers TI is working with.
TI has provided in the past TI Designs that target specific end equipments…
Hi,
One possible way to test beamsteering is compare the maximum range detection of a corner reflector with and without beamsteering.
We have performed testing with the AWR1843BOOST EVM for the Beamsteering TI design
One thing that we noticed…
