Part Number: LMR36006-Q1 Other Parts Discussed in Thread: LMR51606-Q1 , LMR36503-Q1 , LMR36006 Tool/software: Hello team,
Good day!
We are planning to use LMR36006-Q1 in one of our Zone ECU application.
Requirement
Vin = 6V to 60V
Nominal Vin = 24V
Vo…
Part Number: LMR36503-Q1 Hello, Team,
Iq for adjustable output option of LMR36503-Q1 is only given as 0.8 uA(min), 17 uA(typ), 22 uA (max) with VIN=VEN=13.5V.
What would be the estimated Iq when Vout is set to 3.4V? Estimating from the Vout=3.3V (fixed…
Part Number: LMR36503-Q1 Other Parts Discussed in Thread: LMR36503 Hi team
I would like to ask that do we have any other pin to pin automotive devices including LMR36506Q1? What about other options, thank you.
Part Number: LMR36503-Q1 Hello Team,
customer wants to use the DCDC converter for a short time (<300ms) with Vin lower than Vout due to voltage drop specification in his application.
As we do not have a 100% duty cycle mode in this converter - is it…
Part Number: LMR36503-Q1 hello,
In your data sheet - SNVSBB5A –SEPTEMBER 2019–REVISED FEBRUARY 2020
Exists part number LMR36503RS3QRPERQ1 Please let me know availability & purchasing sources (distributors stock).
Beast Regards,
Haim
…
Part Number: LMR36503-Q1 Hi team,
Attached is the Webench result, and I would like to confirm if Fsw is kept 2MHz with max Vin and 100mA load.
- Vin range : 24V to 58V
- Vout = 12V
- Iout=100mA
From duty cycle vs Iout graph, can I think Fsw is kept 2MHz…
Part Number: LMR36503-Q1 Hi Team,
we plan to use the attached 15uH Wuerth transformer out of the WE-MAIA series in combination with LMR36503-Q1. Vin 9-16V, Vout 5V, Iout max 150mA. The DCR is higher than what we recommend in the datasheet, on the other…
Part Number: LMR36503-Q1 Other Parts Discussed in Thread: LMR36506 , LMR36503 Hello Team,
My customer has requested for dimension details image or recommended land pattern for LMR36503RS3QRPERQ1.
it is not available in datasheet, can you please share the…
Part Number: LMR36503-Q1 Hello Team,
LMR36503MSC5RPERQ1 shall be used at a VIN rail of 9-16V. The part will be enabled by an external MCU. In case of failure or Standby the MCU has a TRI-State at the logic pin output driving the EN pin. In this scenario…
Part Number: LMR36503-Q1 Other Parts Discussed in Thread: LMR36503 there is no mechanical drawing in the datasheet and no detail about footprint. Would be also nice to get the 3d file of the package
