• LT8335 vs. LT3580

    In my design I need 2 supply rails +12V & -12V from a +5V. I will be using these supplies to power transceivers that are rated a max current drawn of 120mA\130mA. In order to give enough spare in the power ratings of the required solution I thought of…

  • LT8335 ABOUT FBX pin

    hi

    i want to know how to set FBX as 1.6V or -0.8V?

  • LT8335 ΘJC( Junction-to-Case)

    Hi,

    My customers are considering LT8335.

    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,

    Yuya

  • Comparison of two dual +-V output converter circuist: LT1930 vs LT8335

    Hi,

    I am studying on dual ouput converter based on SEPIC topology. I find from datasheets that both LT1930 and LT8335 could create a symmetrical dual output. Please see.

    The pictures show clear that there are 2 kinds of circuts to create dual +-V outputs…

  • Can I use LT8330(or LT8335)convert 12V to 48V/100mA and -48V/100mA

    I found that LT8330 can convert 12V to ±15V from datasheet.

    Then I simulationed a circuit which using LT8335 convert 12V to ±48V/100mA successfully.I want to know if this circuit can get used actually.And is there a better solution? 

  • 12V输入±48输出,电源方案咨询,LT8361和LT8330(LT8335)

    我司现准备替换项目原有的电源模块,以降低成本、节约PCB空间,希望能够得到帮助。

        具体的电源需求如下:

        1、输入:+12V    输出:+48V/100mA-48V/100mA

        2、纹波控制在1V以内,无过冲;

        3、带使能控制。



        下面简单介绍下前两周我们在ADI找到的两款芯片:LT8361      LT8330-1ALT8335-2A)。如有其它更好的方案,望推荐。

        LT8361:

        从datasheet上可以看到LT8361支持±48V输出。

        疑问:

  • RE: Please analyze this circuit of LT1613

    Hi Kevin,

    Thanks again. I am studying LT1935 and LT8335, both have more than 2A switching current.

    Best Regards.

  • RE: LT8471 - Dual +-12V Converter - Calculation

    Hi,

    Would you like to consider LT8335 (25V_in and 2A)?

    I also study to  make designs about dual symmetrical output converter.

    Regards.

  • TAGS LIST: Power by Linear

    LTM8045
    LTM8049
    LTM4651
    LTM4661
    LTM4686
    LTM4676
    LTM4686-1
    LTM4676A
    LTM4675
    LTM4677
    LTM4678
    LTM8062
    LTM8061
    LTM8052
    LTM8026
    LTM8056
    LTM8064
    LTM8054
    LTM8055
    LTM4600
    LTM4600HV
    LTM4608A
    LTM4604A
    LTM8032