Part Number: LM5163-Q1 Other Parts Discussed in Thread: LM5163
Hello Team,
We are using LM5163 having 12V input and 2 different output voltages 5V and 10V with 400mA output.. we are changing output voltage by changing feedback resistor via MOSFET…
Part Number: LM5163-LM5164DESIGN-CALC Nothing seems to be working. I have a deadline today and my design is inaccessible in the PowerDesigner tool. Any estimate on when this will be fixed?
Part Number: LM5163-Q1 Dear Team,
The customer has concern about possibility of floating on PCB mount on LM5163QDDARQ1 .
Does it have any floating risk on PCB mount due to stencil thickness of solder paste on lower thermal pad?
Especially, In case…
Part Number: LM5163-Q1 Dear Team,
The customer has concern about possibility of floating on PCB mount on LM5163QDDARQ1 .
Does it have any floating risk on PCB mount due to stencil thickness of solder paste on lower thermal pad?
Especially, In case…
Part Number: LM5163-Q1 Dear Team,
The customer has concern about possibility of floating on PCB mount on LM5163QDDARQ1 .
Does it have any floating risk on PCB mount due to stencil thickness of solder paste on lower thermal pad?
Especially, In case…
Part Number: LM5163 Tool/software: Hello Team,
I was going through the datasheet for LM5163, but unlike the typical application where Vout =12v, I am planning on using it for an output of 5V. So in that case what could be the maximum current that I…
Part Number: LM5163 The circuit was designed in Webench Power Designer with the following specs:
Input:DC 7 V - 60 V
Output:5 V at 0.2 A
The circuit is attached.
Note that Vin is capacitively coupled (2200pF) from a wireless power…
Part Number: LM5163 Other Parts Discussed in Thread: LMR38010
Hello,
I was wondering:
what is the behaviour of LM5163 and LMR38010 SW pin when some current is injected on Vout (from 0mA up to 50mA), with Vout=0 i.e. when Vout rail is pulled up by…
Part Number: LM5163-LM5164DESIGN-CALC Other Parts Discussed in Thread: LM5164 Tool/software: 2604.LM5164.pdf
1. Is the U1 (LM5164) wiring correct? 2. Is the inductor value used for L1 correct?
Thanks
