• Evaluation board layout data of HMC540S

    Hi,

    Could you share the PCB data of EVAL-HMC540S.

    The Gerber files data(.pcb) in website could not be opened by board Viewer ,  is  the data in old version? 

    Regards

    Qi

  • HMC540S  Switching attenuation value

    Hi,

    My customers are considering using HMC 540.
    I got a question there.

    This is the case when the attenuation value is switched during signal transmission in HMC 540.

     

    #1 Does chattering not occur in the output waveform?
       Is the output waveform output…

  • Using HMC540SLP3E from 20 - 100MHz

    Hello

    What is the limitation when using the part  HMC540SLP3E below 100MHz? The former part  HMC540LP3E is defined DC to 5.5GHz, and for the best of my understanding both parts  HMC540SLP3E and  HMC540LP3E are FFF. Please advise what is the performance in…

  • RE: HMC540LP3E EOL

    FormerMember
    FormerMember

    Hi,

    The HMC540LP3E is reaching its end of life (Aug, 2015) due to foundry/process discontinuation and the recommended replacement part HMC540SLP3E produced in a different process/foundry will be available in Oct 2015. You should place order with the…

  • FAQ: Transitions in Digital Step Attenuators (DSA): Glitch-Free, Safe-State, No-Protection

    Q.

    What are the differences between glitch free, safe state and no protection transitions in digital step attenuators (DSA)?

     

    A.

    Digital Step Attenuators usually have an array of attenuator stages internally and turning on or off the different stages…

  • TAGS LIST: RF and Microwave

    HMC928
    HMC929
    HMC931
    HMC932
    HMC933
    HMC934
    HMC935
    HMC247G
    HMC538
    HMC-C018G
    HMC-C025G
    HMC-C053G
    HMC-C584G
    HMC7056G
    HMC7054G
    HMC7053G
    HMC7056AG
    HMC642G
    HMC642AG
    HMC643G
    HMC644AG
    HMC647
    HMC647A
  • Weird behaviour / noise in 4-channel Quad MxFE design

    Hi there,

    I'm currently working on developing a design that works with the Quad MxFE with a single Tx and Rx channel operating per MxFE.

    My setup and JESD parameters are as follows:

    1Txs / 1Rxs per MxFE
    DAC_CLK = 12GSPS
    ADC_CLK = 3GSPS
    Tx I/Q Rate: 3…

  • RE: Bypassing Interpolation and Decimation on Quad MxFE - directly writing to DAC and directly taking ADC samples

      Sorry about the slow reply on this, I finished my draft of the designs last week and had the opportunity to test them.

    I ran into issues unfortunately.

    I'm not sure whether the DAC and ADC bypass works or not yet, as a prerequisite for it is…

  • 11/18/15: RF & MW Control Products in Silicon

    Presenter: Bilge Bayrakci

     

    In this webcast, we will introduce Analog Devices' new RF & MW switch and attenuator family of products implemented in advanced silicon process. We will discuss how the new products benefit from the inherent advantages of…

  • 【在线研讨会讲义PPT下载】采用硅技术的射频和微波控制产品,你了解吗?

    砷化镓技术是射频和微波器件设计的常用技术,但如果产品要求快速建立时间和快速开关时间,硅工艺优于砷化镓。

     

    那么问题来了——

    采用硅技术的射频和微波控制产品,相比砷化镓器件,优势在哪里呢?

     

    为此,ADI举行了一场主题为【采用硅技术的射频和微波控制产品】的在线研讨会。在研讨会中,ADI射频和微波控制产品部门营销经理Bilge Bayrakci 介绍了ADI采用先进硅工艺制造的新型射频和微波开关以及衰减器系列产品。相比使用砷化镓制造的传统计数器件,Bilge 讨论了新产品如何从硅技术的固有优势中受益…