Part Number: LMR33610 Other Parts Discussed in Thread: LMR33620 Hi,
I have a very similar question like this one:
e2e.ti.com/.../905577
The datasheet refers to Isc, while it is not specified.
(page 19, 9.2.2.4 Inductor selection): "Ideally, the saturation…
Part Number: LMR33610 Other Parts Discussed in Thread: LMR33620 , , LMR33640 I have seen in other posts the datasheet does not include current limit information, but it is the same as LMR33620. However, I have a doubt about this. Could you help me understand…
Part Number: LMR33610 Good Afternoon,
I'm looking to choose an Inductor to be used with this part. I'm currently looking at the A variant (400kHz fsw).
Using WBench, an inductor of 15uH has been chosen; but using the formula in the datasheet…
Part Number: LMR33610 Hi,
We have two power supply rails 5V and 6V both using LMR33610
#
Parameter
6V Supply Rail
5V Supply rail
1
Input voltage max
12.6V
12.6V
2
Typical load current
0.5A
0.3A
3
Calculated Inductor value
41uH
83uH
4
…
Part Number: LMR33610 Hi Team,
According to Table 4-6 of the SFFS006 Application Report, "Fault mode will shut device off" if the AGND pin is shorted to ground. Is this an error in the document? We have received a feedback from a customer that there will…
Part Number: LMR33610 Other Parts Discussed in Thread: TPS61022 , TPS62740 Hi,
I shall design a Power Back Up (PBU) function for 60s at 4W (5.1V 800mA) with super capacitors (charge time 180s)
General: Vin 12V to 34V.
I'm considering to use LMR33610…
Part Number: LMR33610 Do TINA/Pspice simulated rise-fall times of switching pin for LMR336* devices match to actual measured rise/fall times?
In general observation with other manufacturer buck converters we see it does not match.
Is there any method to…
Part Number: LMR33610 Hello,
A customer of mine is asking about more details on the note on page 5, chapter 7.3 and note 3.
Is it possible to share more details on this topic?
Best regards
Jorgen