Part Number: LM4041-N-Q1 HI TI team.
I know that I is -40~85 and E is -40~125 temp.
However, the table below lists both -40~125 temp.
What is the difference between LM4041QD E M3-1.2/NO and LM4041QD I M3-1.2/NO?
Please reply to my question.…
Part Number: LM385-1 Hello all,
For the LM336-2.5N and LM385-1.2-N packages can you verify if the pins start from( left to right 1 2 3) or (right to left 3 2 1)
The package outline drawing is a little confusing, link below:
http://www.ti.com/lit…
Part Number: LM4041-N I been assigned to perform characterization tests for the LM4041QCIM3-1.2/NO. How do you perform the
Reverse Dynamic Impedance (ZR) at test conditions IR=1mAmps, Frequency=120Hz and I(AC) =0.1xIR.
Can you describe the test setup…
Part Number: LM185-1 Other Parts Discussed in Thread: LM185-ADJ Tool/software: Questions to ask TI regarding LM185-1.2 (5962R8759461VXA)
If the voltage reference diode is installed backwards and is forward biased for the life of the part, is there…
Hi Thanh,
Could you confirm the orderable part number? If the OPN doesn't have the "V" as underlined in the picture below, it's not considered a QML-V part which means that we do not do PIND testing. Here's a document regarding the QML flow.
We…
Hi,Zigang:
This is indeed a run-time error.The configuration we use references the .cfg file, and this .cfg file functions normally when used in the demo_gui.These configurations are written in the mmw_cli.c file within the mss directory. Additionally…
Hi,
Thanks for the reply.
Q: How was the radar mounted? Is the point cloud shown of the same scene and configuration with only HPF changes?
A: Below is the scene of the experiment. The radar is mounted at height of 1.2 meters at an open field. The…
The original schematic shown using REF200 will work as a 100μA current source connected to the emitter of Q1. The schematic with the fixed LM4051-N will not work to supply a constant current assuming that the emitter of the transistor is connected to…
Hi Mike,
It's been confirmed from gathered data that exposed topside die devices are able to withstand 20N of force. It's recommended to have a margin around 5x-10x, so recommended maximum pressure on the device should be around 2-4N of force. Given…
Hi Abhishek,
Flashed the image from radar_toolbox_3_30_00_06\source\ti\examples\Industrial_and_Personal_Electronics\Motion_and_Presence_Detection\src\xWRL6432AOP and took the cfg from path mentioned(radar_toolbox_3_30_00_06\source\ti\examples\Industrial_and_Personal_Electronics…
