Part Number: LMZ36002
In an application where space is an issue, large capacitors provide a significant concern. The ripple of a rectified AC voltage is depending on the smoothing capacitor capacitance. Therefore i would like to ask, if high ripple input…
Part Number: LMZ36002 Hi Team,
I want to know the error range of the internal adjustment resistor.
Because my customer would like to know the maximum and minimum output voltage values during use.
It is described in the data sheet below.
"The stated limit…
Part Number: LMZ36002 Section 6.5 defines the UVLO thresholds as 3.2V nominal (rising Pvin) and 2.8V nominal (falling Pvin). Section 6.5 defines the INH threshold to be 2.1V nominal. Table 10 shows typical resistor values when using the UVLO feature,…
Part Number: LMZ36002 Hello,
the datasheet of the LMZ36002 only contains the Thermal Pad Mechanical Data, but there is no information about the Land Pattern Data. Where can I find the Board Layout and Stencil Design for RVQ (S-PB3QFN-N43) ?
Andreas
Part Number: LMZ36002 The LMZ36002 datasheet does not specify the input current for pin INH. What is this accross the temperature range?
Our circuit employing the LMZ36002 stops working above ~50DegC. This has been traced to the INH pin which draws more…
Part Number: LMZ36002 Hello team,
Can you help to clarify the purpose of the soldermask defined pads in the LMZ36002 footprint (datasheet page 37)?
My customers design allows via-in-pad, so they would like to eliminate the hatched areas in the image…
Part Number: LMZ36002 TI LMZ36002 is VERY COOL! Thanks TI!
The data sheet provides "allowable" switching frequencies under some described conditions; however, there is no information about the resulting behavior if conditions change and the part is used…
Part Number: LMZ36002 1- Can 2 or more LMZ36002 be run in parallel (either to increase load or fault tolerance)?
2- If 2 devices are run in parallel, should the parts be sync'd with clock at 180 degrees? or each part should run independently?
Tha…
Part Number: LMZ36002
Hi,
I am currently developing a design with the LMZ36002 on it. We need ULVO at 6V.
There's no way to figure out how to properly use the ULVO pin as there are obviously two opposing views stated in the datasheet.
First. Did…