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  • LM76003: Switching time between FPWM and auto mode

    TI Thinks Resolved
    Part Number: LM76003 hi, team, customer is udnerstand dynamically changing the mode from FPWM to auto mode, so they would like to konw max/min of this time. ny

  • LM76003：I need you to check if the schematic is OK.

    Part Number: LM76003 ■Conditions Input voltage: 48V Output voltage: 42V Output current: 2.4A(MAX) Is CFF required? The result of the calculation using the formula in the specifications is a large number, over 100pF.
    • Answered

  • RE: LM76003-Q1: Webench Simulator does not plot Steady-State, Input/Load Transient for a LM76003-Q design

    Resolved
    Thank you very much for your clarification. Really appreciate it. Regards,
    • Answered

  • LM76003: Issue with varying output voltage

    Resolved
    Part Number: LM76003 I am using an LM76003 as a 28V to 5V converter. It has been in the design under consideration for a few years, having undergone 3 separate build cycles (in other words, 3 lots of boards have been built using the same design over…
    • Resolved

  • RE: LM76003: Current limiting and SW Frequency Fail

    LM76003-Q1 can be direct replacement, and you even can try it with LM76005 or LM76005-Q1. I will close this thread. B R Andy
    • Answered

  • LM76003: xls design tool

    Resolved
    Part Number: LM76003 Other Parts Discussed in Thread: LM61460 , Hi, is there a excel calculator available for the part LM76003 like for the part "LM61460 Design Tool.xlsm" regards Martin
    • Resolved

  • LM76003: SYNC/MODE Pin and Operating Mode (PFM/DCM)

    TI Thinks Resolved
    Part Number: LM76003 If the SYNC/MODE pin is held LOW, will the device operate in DCM mode or PFM mode? Or is there another way DCM/PFM is decided? I'm having trouble understanding how to set/control operation from the Datasheet...

  • RE: LM76003: output voltage have torrance issue

    Hello This has been moved to the internal forum. Thanks

  • LM76003: Difference Between Usage Temp. and Test Temp. in reliability Report

    TI Thinks Resolved
    Part Number: LM76003 Hi Team, I am preparing a reliability report for the project and we are using multiple TI devices into the same. I am downloading the reliability data from below link- www.ti.com/.../estimator.tsp There are two temperatures provided…
    • Answered

  • LM76003: review attached schematics

    Resolved
    Part Number: LM76003 Hi Team, Please review the review attached schematics section LM76003RNPR input is 17V to 42V DC and Output 5V at 3.03A design. Regards, Yaseen
    • Resolved

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