Part Number: LMZ10500 Hello Team,
within the datasheet we have the max and min value for the Vref variation and Gain, but this are related to T=25C.
Do we have a typical value for the drift that this parameters (Vref, gain) have vs. temperature?
This…
Part Number: LMZ10500 Hi
In a dual sided SMT design, can I solder this device to the 1st side? if so, it'll go thru 2 reflow cycles (last one upside down), and I'm concerned the embedded inductor could fall off. The datasheet doesn't have any warnings…
Part Number: LMZ10500 I am working on a solder joint fatigue analysis for a board that uses a lot of TI parts. Can you please tell me the coefficient of thermal expansion (CTE) for part number LMZ10500SILT ?
Thanks in advance for your help!
Part Number: LMZ10500 Tool/software: WEBENCH® Design Tools If I customize Vin=5.0, Vout=0.6, Iout=0.25, select modules, then the LMZ10500 design and customize, it shows on the overview GUI a Vout Actual of 22.7V and gives me a Vout Tolerance of 67.6 …
Part Number: LMZ10500 Hi Sir,
Please help explain the OCP waveform for LMZ10500
I increased the I_load slowly by electronic load until OC.
What is the L MZ10500 behavior in area 1?
LMZ10500 will auto retry (area 2) if in the OCP condition, right?
Thank…
Part Number: LMZ10500 Customer found the defetive part after performance testing. From the decap screen shot, what would be the root cause? Voltage overstress or other possible reasons?
Please let us know what info. you need also for the root cause analysis…
Part Number: LMZ10500 I'd like to use LMZ10500 as termination voltage source for a hi-speed signal with Rload = 50. I use I_DAC output to program the LMZ10500 output. Is there any special consideration for the LMZ10500 ?
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