• AD1612 Design tool

    Hi,

    Perhaps someone could clarify.

    Using the design tool of the ADP1612 I just specifify these targets (in order to get lowest possible ripple, I understand these limiting).

    So i have these specs

    And I get this

    I'm a bit disappointed by the LC filter…

  • RE: 3V to 20V Boost for Low Current Application

    John,

    a boost regulator like the ADP1613 or ADP1614 will do the job.

    www.analog.com/ADP1613

    We also have a design tool available to get you started, you can find that at:

    ADP161x Boost Regulator Design Tool (Version: 1.9 Size: 15.4 MB) includes ADP1612…

  • RE: Help me !!  Shutdown fuction of LT1305

    Hi Fibercom,

    Please note EngineerZone is designed to provide a quick and easy way for users of select Analog Devices products to help each other with technical questions. The code of conduct prohibits posting information that does not relate to resolving…

  • RE: Dual-supply design from phantom power

    Jerad and I had some off line discussions and the solutions was narrowed to use a 9V battery and generate a regulated +/-9V supply with an additional 3.3V.

     

    For the +/-9V:

    You can use the Coupled SEPIC cuk topology to develop the +/-9V (adjustable…

  • RE: ADM8845 backlight LED driver consumes too much current

    Ok, I think I understand the issue now.  Actually there are 2 problems:

    1.  Since you're operating right at the point of the gain change (3.33V), you could be in either 1.5x mode or 2x mode.  If Vin does not have enough cap on it, then when you change…

  • RE: Boost Circuit Design - ADP1621 suitable?

    Hello,

    So it appears you have downloaded some of our design tools.  As you will notice at the top of the ADP1621 boost designer the schematic is labeled "Complete Schematic for Demo Board;"  You need to look at the BOM located below the scehmatic…

  • 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…

  • 微信上的一条爆款文章——如何设计滤波器堵住开关电源的噪声

    版主逛公众号时,看到射频人气账号“射频百花潭”发布了一篇咱们的技术文章,反响很不错,版主就搬到这里分享下,顺表再附上一些相关资料,供大家参考学习~

    开关电源几乎用于所有电子设备中。它们由于尺寸小、成本低和效率高而具有极高的价值,但是,它们最大的缺点就是高开关瞬态导致高输出噪声。这个缺点使它们无法用于以线性稳压器供电为主的高性能模拟电路中。

    实践证明,在很多应用中,经过适当滤波的开关转换器可以代替线性稳压器从而产生低噪声电源。哪怕在要求极低噪声电源的苛刻应用中,上游电源树的某个地方也有可能存在开关电路…

  • RE: 关注可穿戴技术的看过来——可穿戴设备电源管理方案

    相关产品介绍:

     

    1、电池充电器 IC——ADP5061/5

    ADP5061充电器完全符合USB 3.0USB电池充电规格1.2ADP5065完全符合USB 2.0USB 3.0USB电池充电规格1.1),可通过mini-USB VBUS引脚从墙壁充电器、车载充电器或USB主机端口进行充电。

    ADP5061输入电压范围为4 V6.7 VADP5065的范围为4 V5.5 V),最高可耐受20 V电压。此耐受度缓解了断开或连接时的USB总线尖峰问题。

     

    ADP5061在线…

  • 关注可穿戴技术的看过来——可穿戴设备电源管理方案

    关注可穿戴技术的看过来——可穿戴设备电源管理方案 by ADI_Amy

    最近咱们的专家在多个场合为工程师分享了ADI的可穿戴智能产品解决方案,作为能决定可穿戴产品关键性能的电源部分,Speaker有不少分享,这里整理出来相关的产品及资料信息,分享给大家参考,相信这些在你的方案选型和产品设计中能有参考。

    ADI亚太区医疗行业市场经理王胜发表可穿戴设备技术主题演讲

     

    一张图看清ADI在可穿戴系统中的功率器件产品链


    RE: 关注可穿戴技术的看过来——可穿戴设备电源管理方案…