• what is rise time and fall time of HMC849ALP4CE and HMC8038?

    I question the Trise and Tfall of the HMC849ALP4CE and HMC8038 switches. I need Trise and Tfall measurements separately because I have a spec. of 50 - 100 ns for Trise and 50 - 200 ns for Tfall. Trise is defined as 10% to 90% of a 1 GHz signal, and Tfall…

  • RE: HMC349

    Hi saigupta,

    What is the power level you are looking to operate at?
    The HMC349ALP4CE can be used at 10kHz with degraded power handling and linearity.

    Instead, I would recommend the newer pin-compatible silicon alternative, HMC8038. The HMC8038 also has…

  • RE: protection switch for magnetic resonance

    FormerMember
    FormerMember

    Hi,

    HMC284A is a GaAs switch. I am note sure if GaAs is a suitable process for magnetic resonance device application.

    You can also look at HC8038 which is absorptive SPDT switch in SOI process. HMC8038 can meet your application requirements except for…

  • RE: Low frequency operation of HMC536

    FormerMember
    FormerMember

    Hi,

    If you need an SPDT switch that provides P1dB >10 dBm down to 10 kHz without requiring negative supply, I would recommend you to look at HMC8038.

    The HMC8038 is specified from 100 MHz because its performance degrades below 100 MHz. However we…

  • TAGS LIST: Switches/Multiplexers

    AD8104
    AD8105
    AD8106
    AD8107
    AD8108
    AD8109
    AD8110
    AD8111
    AD8112
    AD8113
    AD8114
    AD8115
    AD8116
    AD8117
    AD8118
    AD8175
    AD8176
    AD8177
    AD8178
    AD8186
    ADV3200
    ADV3201
    ADV3202
    ADV3203
    ADV3205
    ADV3224
    ADV3225
  • 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…

  • RE: Query

    This part is EAR99. The attached RFIC selection guide lists the ECCN codes for all of ADI's RF products.

     PDF

  • RE: 36GHz RF oscillation signal source

    You need a PLL which drives a frequency doubler which drives an amplifier. Possible choices might be ADF4371 (PLL),  HMC1105 (frequency doubler) and HMC7229 (amplifier). These are not the only choices.

      PDF