Part Number: LMZ10505EXT Other Parts Discussed in Thread: LMZ10505 , TPS22965-Q1
We have designed a board in which 1.5V and 3.3V is generated from SMPS LMZ10505EXTTZE/NOPB. U33 and U36 are the Load Switches. These load switches are used to protect the…
Part Number: LMZ10505EXT We are using LM10505EXT Switching Regulator and we are including Ferrite Bead at the input line of Switching Regulator. We have identified SMD Ferrite Bead with P/N MH2029-300Y . This ferrite bead has a current limit of 3A. Our…
Part Number: LMZ10505EXT Other Parts Discussed in Thread: TPSM82480 , TPSM82810 Hi,
My customer is planning to use LMZ10505EXT. They want to know the following points.
1. What are the possible failure modes of SMPS regulator. 2. What failure modes are…
Part Number: LMZ10505EXT Other Parts Discussed in Thread: LMZ10503 Hi,
I'm looking for the component LMZ10505EXT at the page for the MTBF/FIT estimator ( https://www.ti.com/quality/docs/estimator.tsp ).
Some times it returns me Error 404 some other…
Part Number: LMZ10505EXT Hello
We have issues with LMZ10505EXTTZ/NOPB component, a few of those component failed at -40C
We have the 2 PCBs with the mounted component that failed, we would like to send those to TI for investigation
Thanks
Shimo…
Part Number: LMZ10505EXT Other Parts Discussed in Thread: LMZ10505 , I'm looking to understand the difference between the LMZ10505 and the LMZ10505EXT
Are the differences all in the packaging, mechanical, thermal or shock and vibration tolerance categories…
Part Number: LMZ10505EXT The datasheet for the LMZ10505EXT recommends the use of a 6x6 array of 8mil (minimum) vias under the device for thermal dissipation. Is the use of a non-conductive epoxy fill in the vias recommended or would that significantly…
Other Parts Discussed in Thread: LMZ10505EXT , LMZ10505 , TINA-TI
We have had a rash of simple switchers (LMZ10505EXT) failing at cold (-40C). The units work during preliminary test, but fail when the powered on at -40C. When the regulators are removed…
Hi,
This should be inside our material content report for the device. You can always find this linked on the product folder on the far right side, here https://www.ti.com/product/LMZ10505EXT#order-quality
That should then contain a link to the full material…
Kobayashi-san,
What is your initial conditions (VIN/VOUT/IOUT)? I don't think there are any nano-module that have been tested for MIL-STD-883 specs. An alternative to this is our leaded modules portfolio that have a few devices specd for this standard…
