Part Number: IWR1843BOOST Tool/software:
Hello every one
I proceeded according to the explanation of the example in the link below
dev.ti.com/.../node
and everything was done correctly and I saw the output I wanted. My problem and question is that…
Part Number: IWR1843BOOST Other Parts Discussed in Thread: UNIFLASH , CODECOMPOSER Tool/software: Hello,
I am having a hard time getting my evaluation board IWR1843BOOSt to run.
I am using Windows 11 and I try to follow the following guide: https://dev…
Part Number: IWR1843BOOST Tool/software: I'm currently working with a radar sensor called the IWR1843Boost, using the mmWave Studio tool to configure all the necessary radar parameters, such as [basic configuration, ADC configuration, RF LDO bypass,…
Part Number: IWR1843BOOST Other Parts Discussed in Thread: IWR6843 Tool/software: Hello ,
Is the DCA1000 with x16xx and IWR6843 MATLAB Example in part 9.2 swra581b.pdf for IWR1843BOOS also usable?
best regards
fereshteh
Part Number: IWR1843BOOST Tool/software: Is it correct to set LVDS to 1 for SISO mode?
Tx0과 Rx0만 쓴다는 가정입니다.
-33.0000000000000 + 145.000000000000i 0.00000000000000 + 0.00000000000000i -56.0000000000000 + 83.0000000000000i 0.00000000000000 + 0.0000000…
Part Number: IWR1843BOOST Other Parts Discussed in Thread: IWR6843 , IWR1843 Tool/software: I wanted to try TX based beemsteering with the IWR1843BOOST EVM to boost the SNR of detected objects at higher ranges,
I was able to manually steer at specific…
Part Number: IWR1843BOOST Other Parts Discussed in Thread: DCA1000EVM , , IWR1843 , IWR6843 Tool/software: I'm using a IWR1843BOOST + DCA1000EVM setup, and it seems to work fine using the mmWave Studio GUI from PC. However, I was wondering if it was possible…
Part Number: IWR1843BOOST Other Parts Discussed in Thread: UNIFLASH , IWR1843 Tool/software: Hi
Problem 1: Step 2 RS232 in mmWave studio is not connected
Problem 1: Step 2 RS232 in mmWave studio is not connected Question 2: Do I need to use uniflash to…
Part Number: IWR1843BOOST
Tool/software:
1. I used the calculator provided by TI to calculate the phase shift required in the TX channel registers using the following code:
startFreq = 77; % start frequency in GHz
numAntennas = 3; % number of TX antennas…