Part Number: LM3152 Other Parts Discussed in Thread: CSD86336Q3D , , LM25145 Hi,
whether LM3152MHE-3.3/NOPB is compatible with CSD86336Q3D ?.
please give me the Deadtime of the controller that is not given in datasheet of LM3152MHE-3.3/NOPB.
Part Number: LM3152 Other Parts Discussed in Thread: CSD17527Q5A We are using an LM3152MH-3.3 part with two CSD17527Q5A FETs to generate 3.3V from a 24V input. We have recently had 2 of these circuits fail and have found that one or both of the FETs have…
Hi
The application is small cell base station.
The customer run WEBENCH for the part and got 70% efficiency at 8A,this is poor , why?
He is on the schematic and need fast response other wise he chose competitor.
I suggested him also to test the…
Guru,
In that case your best bet would be LM3151, LM3152, or LM3153.
1. Input voltage range 6-42V, 6-33V, 6-42V
2. Output voltage : 3.3V
3. Output current : up to 12A
4. Internal pull- up on EN pin
That's the closest we've got for your specs…
Other Parts Discussed in Thread: LM3152 Hi,
I'm designing a 24V - 3.3V@2A DC/DC converter. I'm using LM3152 to control 2 CSD19533 in a synchronous buck topology. I'm using a 4 layer board. The thickness of the copper is 35 um (70um after plating) The…
Other Parts Discussed in Thread: LM3150 Hi,
I'd like to ask about the need of external ripple injection circuit for LM3150.
According to the attached PDF file page 14,
It saids that we need the external ripple injection circuit when the output voltage…
Hi,
I've attached the 2013 User's Guide for power products. Starting on page 53 you will find a selection of PWM controllers. many of these teh frequency can be varied according to external criteria.
As an example if you use a UC3842 it is a simple…
Gary,
Most any of our power controllers with dual output capability will provide the control. See attached document starting at page 50 with the dual output controllers on page 53 and 54 and choose what features you want.
Regards,
John
Hi Lowe,
Please can you share with us your design schematic? Also, by 'shifting' of loads, do you mean controlled transients or random steps?
The datasheet 'Design Guide' section gives a good description on calculating the compensation, also I've…