• ADP5134 Power Good I/O

    Hello,

    can you please confirm that the PG pin on the ADP5134 is open drain?  The description and the EC table provides descriptions that i believe implies that it is but there is no block diagram or statement as such.  Can someone please confirm this?

  • ADP5134 Demo Board Gerbers

    Please post the ADP5134  evaluation board gerber files.

     

    Thanks

  • Double LDO with ADP5134

    Hi

    ADP5134 have two 300mA capable LDOs.

    Could we use for 600mA LDO when we tie up those outputs?

    If it can't use,

    what kinds of problem appear when we use tied outputs?

    moto

  • ADP5134 Enable Pin Voltage Range

    Hi

    I want to use your ADP5134 and convert 5v to 3.3v , 1.1v and 4v(using LDO).

    What is the voltage range for the enable pin  ? in case i want to control the enable sequence.

    I didnt find this values in the data sheets and either in the EVM this pin…

  • ADP5134: if intentionally unenabled, will a regulator block PG?

    For powering my MCU, I need buck1, buck2, and LDO1 only. I'm happy with those precision enables, as they allow me to tailor an ideal startup sequence. When finished, I expect the ADP5134 PG pin to go high and unlock the MCU.

    Problem: I need to reserve…

  • RE: Power Up Sequencing using Enable Pin

    Hi Itamar,

    For the ADP5024, at some test conditions such as at 25C ambient temperature only and 3.6Vin for example, you could see the regulators turn ON even at lower than 1.1V EN voltages. But to ensure that the regulators turn ON across different Vin…

  • ADIsimPower Design Tools Download

    IC                  Design Tool                                                                    Download Tool  URL

    LDOs            ADI Linear Regulator Design Tool and Parametric Search  http://download.analog.com/PMP/ADI_LinearRegulators.zip

    ADP1612     ADP161x Boost Regulator Design Tool http://download.analog.com/PMP/ADP161x_BoostDesigner.zip
    AD…

  • 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
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    针对电机控制解决方案,ADI公司提供了门类齐全的产品组合,其中包括了模数/数模转换器、放大器、嵌入式处理器、 iCouplerRegistered数字隔离器、电源管理器件和实时以太网解决方案;这些高性能的器件和增加系统集成度有助于实现更新型的拓扑结构设计,为客户实现系统的差异化设计带来价值,比如,更快主频的处理器可以运行更加复杂的算法,高性能的ADC可以支持更高性能的电流环控制等等。伺服驱动系统的性能同用户最终所构建的运动控制系统的性能和所能提供的精度密切相关,多数情况下,最终的用途可以是一个高精度数控机床系统、网络化运动控制系统或机器人系统…