Part Number: LMR36503-Q1 Other Parts Discussed in Thread: TPS62933 , LMR36503 Hello,
I'm trying to design a buck regulator with a 20V output, 0.1A current, using the LMR36503-Q1. I cannot find any guides on how to calculate the loop stability for a design…
Part Number: LMR36503 Dear Team,
We will use LMR36503 to convert negative output voltage, is there anything we need to pay attention to?
Many Thanks,
Jimmy
Part Number: LMR36503 Hi team,
What would be our best alternative for the MAXM17552 Datasheet and Product Info | Analog Devices ?
Thank you.
Kind regards,
Wouter Kragt
Part Number: LMR36503-Q1 Hi, LMR36503-Q1 is rated for 300 mA, but for my design, there are short (20 usec) current spikes that are 400 mA. Is that acceptable and not damaging to the part?
Thanks
Part Number: LMR36503 Other Parts Discussed in Thread: TLVM365R15 , TLVM365R1 Hi team,
What would be our best alternative for the MAXM17552 Datasheet and Product Info | Analog Devices ?
Thank you.
Kind regards,
Wouter Kragt
Part Number: LMR36503 Hi team,
Which is right minimum required input capacitance for 4.7uF and 2.2uF? Datasheet says 4.7uF is minimum required value but block diagram shows 2.2uF is ok. Also initial webench parameter is 2.2uF.
Best regards Koyo
Part Number: LMR36503-Q1 Hi,
My customer had some questions on TI's LMR3650x functional safety Pin FMA documentation as well as pin to pin failures that are not listed in our document.
We would like to try and better understand some of the outcomes…
Part Number: LMR36503-Q1 Other Parts Discussed in Thread: LMR36503 , TPS62825 , LM25148-Q1 Team,
A customer of mine is currently verifying their LMR36503 design. Can you please help with following question?
On a LMR36503 design we measure up to -0.63V at…
Part Number: LMR36503-Q1 Hi Team,
I've found that on the ds page23 it's said that the device operation: FPWM Mode - Light Load Operation: Discontinuous conduction mode (DCM) when the load current is lower than half of the inductor current ripp…
Part Number: LMR36503-Q1 Hi team,
Could anyone let me know what's the optimal value for the MODE pin pull up resistor?
I think as a general rule it can be anything in between 1k-100k, but just want to double check.
Regards,