Hi~
My controller was designed as DP[7:0] for DCA1000 and data interface by refering to the following QA.
e2e.ti.com/.../awr6843-what-interface-do-iwr6843levm-and-dca1000-need
1. I want to set the status of DCA1000 SW2.5 to SW configuration and set it…
Hi Minwoo,
Please see this thread on the same topic.
https://e2e.ti.com/support/sensors-group/sensors/f/sensors-forum/1077334/iwr6843levm-does-iwr6843-support-ota-or-remote-upgrade
Regards,
Josh
Girish,
Radome Design and Simulations in the section 5 uses IWR6843LEVM and above Radome design files were used for the simulation.
Thanks and regards,
CHETHAN KUMAR Y.B.
Hello,
You could take a look at the schematic design for AWR1843BOOST and AWR2944EVM, which both use a different PMIC topology. If those are available, I would recommend to use one of those designs. The AWR2944 PMIC is specifically designed for safety…
Part Number: IWR6843ISK Other Parts Discussed in Thread: MMWAVEICBOOST , , IWR6843 , UNIFLASH , IWR6843LEVM , IWR6843AOP I'm used to debugging IWR6843ISK with MMWAVEICBOOST, but I've encountered extremely strange behavior since this morning.
The setup…
Part Number: TIDEP-01012 Other Parts Discussed in Thread: IWR6843ISK , IWR6843AOPEVM , IWR6843LEVM Hi,
I'm looking for the DoC for TIDEP-01012. I can find it for the :
IWR6843ISK ( here )
IWR6843AOPEVM ( here )
IWR6843LEVM ( here )
...
so wondering if we…
Hello Cherry,
For the first question you could refer to the below answer
1) https://e2e.ti.com/support/sensors-group/sensors/f/sensors-forum/1030758/awr6843isk-purpose-of-load-switch-for-delaying-3-3v
2) For the 2nd question: This option is provided…
Other Parts Discussed in Thread: IWR6843LEVM Hello Everyone
The new mmWave Industrial Toolbox Version 4.10.1 is now live on TIREX. This package includes both new content and updates to existing material. The full release notes can be found below.
Industrial…
Hello Hui Chen,
You could refer to below IWR6843 LEVM this uses discrete DCDC solution.
Not all the discrete DCDC solutions would be applicable, In this reference design many factors such as 1) Higher switching frequency 2) Ripple/Noise 3) Load transient…