Part Number: LMR14020-Q1 Other Parts Discussed in Thread: LMR14020 Hi Sir,
i used LMR14020-Q1 to design a power suplier, Input:12v; output:3.3v/1.2A, but when power on and power off , the output voltage will have a 1.3v voltage spike as the attachmen…
Part Number: LMR14020-Q1 Other Parts Discussed in Thread: LMR14020 Hi, Team,
The average or effective value is less than 2A of the Continuous Output Current specification, but the peak exceeds the minimum value of 2.13A of the Current limit specification…
Part Number: LMR14020-Q1 Other Parts Discussed in Thread: LMR14020 Hi,
I have used LMR14020 IC in one of my project . Here I have doubt in the feedback resistor that why TI always recommends lower resistor or RFBB from 10K to 100K value . what if I…
hi, Jim,
I have below ,please check it it works. LM76002-Q1 , LMR14020-Q1
The OCP is not adjustable for this convertor, do you prefer with FET inside IC or outside.
Elena
Part Number: LMR14020-Q1 Hi everyone
If the bootstrap capacitor is not connected b/w SW and boot pin or if the capacitor is shorted then what will be the affect on the regulator, will it work or not.
Please provide me answer with respect to this regulator…
Part Number: LMR14020-Q1 Other Parts Discussed in Thread: TLC5941-Q1 , , TPS92661-Q1 , LM3489-Q1 , TLC5941 , LMR14020 , LMR14020SEVM Hello,
We are currently developping a LED driver for our customer ; final application is an automotive dashboard, planned for…
Part Number: LMR14020-Q1 Other Parts Discussed in Thread: LMR14020 Dear Team,
We need to safely disable LMR14020-Q1 in our application to minimize system power consumption. Therefor the LMR shall be enabled only when needed. Our supply voltage max is…
Part Number: LMR14020-Q1 Dear Team,
what is the minimum value needed for the bootstrap cap when operating the LMR14020-Q1 in the range of 1MHz to 1,5MHz? We would plan to double that value to be on the save side for 20years lifetime. Is this a correct…
Part Number: LMR14020-Q1
Hi,
My customer is minding the dispersion of current limit.
Could you show me the dispersion data of current limit and standard deviation?
Best Regards,
Kuramochi