Part Number: LMG3411R070 Tool/software: Hi, I am currently working on an LLC circuit with 210W output.
I saw that in the TI website you have a MATLAB code for switching losses calculation, I am trying to run it with no success.
Is it possible to get…
Part Number: LMG3411R070 Tool/software: Hello, I'm Gunhee, and I'm developing a 1kw class LLC converter. I'm currently in charge of LLC converter on a 2nd stage PCB board with PFC and LLC. I see a phenomenon in which the high side input signal goes off…
Part Number: LMG3411R070 Hi
Reading the datasheet tells us:
Page1: UVLO protection on all supply rails.
Page6: Expected output from 5V LDO and VNEG.
Page7: UVLO parameters for the12V rail.
Page13: Figure features an ULVO block that lists that…
Part Number: LMG3411R070 Other Parts Discussed in Thread: POWERSTAGE-DESIGNER Good afternoon,
I am working on the design of a SEPIC regulator and the LMG3411. The following is the schematics for the converter. Do you see any issue with the following…
Part Number: LMG3411R070 Hello team,
My customer is evaluation of the LMG3411R070, and he has questions for specs of the device.
Can you give me your comments?
Is it possible to operate the switching frequency at 1 MHz or higher? *Based on the…
Part Number: LMG3411R070
Dear team,
My customer are trying to find solution for short circuit protection.
Can LMG3411R070 be used like e-fuse or hot swap device? In case of e-fuse device, There is no solutions to support continuous voltage >80V…
Part Number: LMG3411R070 Hi all Would you mind if we ask LMG3411R070? There is the applicaton report SNOAA15 which is "Overcurrent Protection in High-Density GaN Power Designs". https://www.ti.com/lit/pdf/snoaa15 There is the description on the application…
Part Number: LMG3411R070 Other Parts Discussed in Thread: TINA-TI Hello, I need to simulate a bridge (like for example the HVP029A) using the LMG3411.
Where can I find a model? Can it be simulated with TINA-TI? Is there any reference design for the…
Hello Yichi,
Ok, thank you for the reply, it is very clear now why it cannot be used over that frequency.
I could not find a detailed explanation of the UVLO in the datasheet, maybe there is some application note?
Reson for going so high in frequency…