Part Number: LM5576-Q1
Dear Team,
LM5576-Q1 is used for buck converter. Sw pin of IC has ring effect as shown in the below picture. This picture is taken at 100 mA load current. The desired load current is maximum 50 mAmps. (Ring effect is worse at…
Part Number: LM5576-Q1 Is there a reason ceramic output capacitors can not be used in place of tantalum in this design https://webench.ti.com/appinfo/webench/scripts/SDP.cgi?ID=DC77A6550DE6D435
Part Number: LM5576-Q1 Webench locks up when I try to chose an alternate for the inductor in the webench.ti.com/.../SDP.cgi Non-inverting design works OK.
Part Number: LM5576-Q1 hi Team,
can we have your help confirm and correct the online DS of LM5576-Q1?
the part number should be LM5576-Q1
but the DS shows LM5576-Q0
customer needs the correct DS to qualify the part.
Thanks
Part Number: LM5576-Q1 hi Team,
the TI online DS for LM5576-Q1
http://www.ti.com/lit/ds/symlink/lm5576-q1.pdf
the title and top right hand part number all show "LM5576Q 0 "
not matching the TI part number. is this a typo?
if it is, when can…
Hello,
The only difference between LM5576-Q1 and LM557-Q0 is the automotive qualification. The LM5576-Q0 is qualified to AEC-Q100 Grade 0 standards, and the LM5576-Q1 is qualified to AEC-Q100 Grade 1 standards.
Best Regards,
Katelyn Wiggenhorn
Part Number: LM5576-Q1 Other Parts Discussed in Thread: LM5576 , LM43603 Hi,
I Want to use the LM5576/-Q1 for a new project,
Input voltage: 45-75V
Output voltage: 38V
Current: 2.4A, in ambient temperature of 85 degrees Celsius
I can't find…
Part Number: LM5576 A snubber network was recommended in 8.2.2.13 in order to reduce ringing and voltage spike. I measured a +50V max voltage (3-4V overshoot on rising edge) and a -4V undershoot before applying any snubber network.
I am wondering: …
Other Parts Discussed in Thread: LM5576 Hi ,
We have designed a buck converter using LM5576 .
Designed output voltage is 45 v . but here we getting 42 v.
And also a 6v drop at lm5576.( example ,input voltage is 45 v and output voltage is 41 v )…
Thanks for your feedback Daniel
Just for confirmation, the TPS54361QDPRTQ1 can withstand a 80V 100uS voltage transient.
Nominal max input voltage of 65VDC is fine for general operation
Are you able to provide details of the voltage withstand for…
