Part Number: LMZ12003 Tool/software:
Hi sir
I use the LMZ12003 to be the power board for FPGA
it's short between Vin & Vout, when apply the 6 v to the VIn of LMZ12003 when no load,
does it need a Dummy load in back of the LMZ12003? thanks
Part Number: LMZ12003 Hello, I am attempting to use the LMZ12003 for a current limiting application. I would like to know if there is a way I can prevent potential damage to an IO bank to an FPGA that is driving the enable pin, since this enable pin is…
Part Number: LMZ12003 Hello,
I have a design with the LMZ12003 chip. I have added 5 capacitors in the VOUT pin with 100uF capacitance each. The reference design advises just one 100uF capacitor.
Could the 5 capacitors be too much for the LMZ12003 ? I…
Part Number: LMZ12003 Hello,
We purchased the parts of LMZ12003TZX-ADJ/NOPB, we found that the coating on the heat sink has come off.
Pls help to suggest whether it is normal.
Thank you.
Gloria
Part Number: LMZ12003 Hello
I want to use LMZ12003TZX-ADJ/NOPB part to generate 5V @ 2A from 7V input.
But when i a, giving the above input at Webench it says design can not be created.
Is there any limitation with the input voltage as when i change the…
Part Number: LMZ12003 Tool/software: WEBENCH® Design Tools Dear All,
I have a problem with a real circuit based on Webench simulation result:
This is 12V-5V DC-DC converter (load current changed from 0 to 1 Amp) - see the attached pictures.
The point…
Part Number: LMZ12003 Hi, Plannimng to use LMZ12003 in my new design, found a mistake in the data sheet SNVS636O December 2009 revised august 2015
Equation 20 uses Rthjc , while it should use Rthja I believe.
Could you please confirm that and if possible…
Part Number: LMZ12003 Team,
My customer has some inventory of LMZ12003TZ-ADJ, that has been sitting on their shelf for >2 years, and they are seeing a few of them with internally shorted pin 4 to pin 7. Should they bake these parts before they are being…
Part Number: LMZ12003 Tool/software: WEBENCH® Design Tools Hello,
we are using LMZ12003TZ-ADJ/NOPB 9.0V-17.0V to 5.00V @ 2.0A as power supply for a single board computer application. We use the schematics and circuit board layout from the Webench (as…