Hi Alastair,
I would recommend following the datasheet. I don't know why WEBENCH shows something different, but it may be because WEBENCH uses different specification values than the datasheet.
Part Number: LMR36503E-Q1 Hi Team,
Provide the difference between LMR36503RS3ERPERQ1 and LMR36503RS3QRPERQ1.
Also suggest which part is okay to use for fixed 3.3V@0.3A Auto PFM at light loads.
Part Number: LMR36503E-Q1 Hi Team,
How to select the inductor value for the part number LMR36503RS3ERPERQ1 with Vin = 14 V, Vout = 3.3 V, and Iout = 200 µA, considering that it operates in default PFM mode? Since it is working in auto PFM mode what…
Part Number: LMR36503E-Q1-CALC Other Parts Discussed in Thread: LMR14030 Hello TI team,
While using TI webbench power designer, we have encountered error. we wanted to use LMR14030QDPRRQ1 for output load 0.9V/2.8V. But Tool is throughing error. and…
Part Number: LMR36503E-Q1
Tool/software:
Dear TI support team,
We were wondering about the possibility of using two LMR36503E-Q1 to generate a symetric ±12V power supply. Would that be viable ?
Are there any design recommendations you can give…
Part Number: LMR36503E-Q1 Other Parts Discussed in Thread: LMR36503 Tool/software: Good Morning,
I'm currently trying to implement a solution using a LMR36503E-Q1, however there doesn't appear to be any footprint located on the datasheet and only a…
Part Number: LMR36503E-Q1 Tool/software: The following is our design drawing of LMR36503MSCQPRPERQ1. Could you please help to see if there is any problem?Thanks
Part Number: LMR36503-Q1 Other Parts Discussed in Thread: LMR36503E-Q1 Tool/software: Hi team,
Would like to tell me the Peak-to-peak output ripple voltage's formula of LMR36503E-Q1?
Thank you.
Kind regards,
Jiameng Gao
Hi,
While we do not have a calculator for LMR36506, you can use the calculator for LMR36503 : https://www.ti.com/tool/download/LMR36503E-Q1-CALC
The current limit may not be accurate as it is based on a lower current part, but I would expect the stability…
