• LT8607 maximum switch current in overload condition

    Hello,

    I want to use the LT8606 buck converter.
    For selection of the right inductor I need to know the maximum switch current in an overload condition,
    as this must be met by saturation current of the inductor. Because some do saturtate hard.
    Neither in…

  • LT8607 output low.

    I have a LT8607 DFN on a new custom board.  Input 12v, output 5v, 4.7uh, 10uf in/out, 40k rt, 249k/50k feedback.   EN is about 2v.  The output ramps up to about 1v in 10ms and does not go higher.  This means the startup current is limited to less than 5ma…

  • LT8607 behavior during reversed input

    I have a system where the output of my regulator may be held high when the system input voltage is absent - basically, exactly the situation mentioned in the LT8607 datasheet (page 15).  While I understand that this may cause the LT8607 to draw its quiescent…

  • LT8607

    我利用LT8607设计了一个降压电路。电路原理参照dataseet上5V输出那个电路设计的。当空载时,输出电压正常。当带上150欧姆电阻时,输入为6V时,输出正常。输入电压为24V时,输出电压降低为1V。请问这是为什么?

  • LT8607 ΘJC( Junction-to-Case)

    Hi,

    My customers are considering LT8607.

     

    In the data sheet, ΘJA is specified, but ΘJC is not listed.

     

    How much ΘJC's are there?

     

    It is the final stage of the design, so I'd like to get an answer as soon as possible.

     

    Best regards,

  • 您好。我利用LT8607设计了一个5V输出的降压电路。当输入为7V时,输出正常。当输入电压为24V时,空载时输出电压为5V,正常。当带载150欧姆时输出电压被拉低至1V。请问这是为什么?

    您好。我利用LT8607设计了一个5V输出的降压电路。当输入为7V时,输出正常。当输入电压为24V时,空载时输出电压为5V,正常。当带载150欧姆时输出电压被拉低至1V。请问这是为什么?

  • RE: TSP62840 Replace - nanopower buck recommend request.

    I find these as 2.5uA too: LT3973 and LT8607

  • RE: LT8608 θjc of DC package

    LT8607 & LT8606 have the same package with thermal impedance data. Theta-JA is available.

  • RE: LT8608 Thermal resistance of DC package

    Hi Akira-san,

    LT8607 & LT8606 has the same package which have a thermal impedance of 102C/W. Since LT8608/07/06 are the same family with similar die inside, thermal impedance should also be the same.

  • TAGS LIST: Power Management

    LTM8045
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    LTM4651
    LTM4661
    LTM4686
    LTM4676
    LTM4686-1
    LTM4676A
    LTM4675
    LTM4677
    LTM4678
    LTM8062
    LTM8061
    LTM8052
    LTM8026
    LTM8056
    LTM8064
    LTM8054
    LTM8055
    LTM4600
    LTM4600HV
    LTM4608A
    LTM4604A
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