• ADV3200 multicasting

    Hi,

    From datasheet of ADV3200 I see that is possible to have Multicasting, so is possible to map to two or more output ports the same input port? or this device support only a 1 to 1 connections?

    regards,

    Dario  

  • ADV3200 multicasting feature

    Hi,

    From datasheet of ADV3200 I see that is possible to have Multicasting, so is possible to map to two or more output ports the same input port? or this device support only a 1 to 1 connections?

    regards,

    Dario  

  • ADV3200/ADV3201 DVCC +3.3VDC

    Can ADV3200 and ADV3201 DVCC be equal to 3.3VDC?

    I can't find this information on the datasheet and on the eval board documentation DVCC is 5V. 

    Thank you for your support

    Best Regards

    Marco 

  • ADV3200 supply (+/-2.5V) current requirement, Decoupling

    Hi, 

    I am using ADV3200 in one of our PCB design with supply requirement of +2.5 and -2.5V (input signal is ranging between +1.7V to -1.7V) . Few questions;

    • What is the max current consumption by the IC, from the datasheet it seem like the idle current…

  • ADV3200/32001 5V operation mode

    Hi,

    If I use the ADV 3200 with single supply at 5V, which is the logical level for digital I/O? In datasheet I see that is present the table with the value for 3V3 digital supply but I can't find the one for 5V.

    moreover, is possible use 5V to supply…

  • ADV3200 Bypass capacitor with 5V supply

    Hi,

    with one rail(5v) power supply (5V on Vpos and 0 on Vneg), the bypass capacitor of VNEG (that is at GND) are no more necessary?

    regards,

    Dario

  • RE: ADV3201 output termination

    Hi,

        As per specification, "ADV3200/ADV3201 are specified with excellent differential gain and phase when driving a standard 150 Ω video load, the crosstalk will be higher than the minimum obtainable due to the high output currents"
       It…

  • ADV3200_3201 Design Support Files

    Attached are files that would support the development of systems using the ADV3200 and ADV3201.

    The software is too large (418MB) to be uploaded here. In case you need it, please email me at anna-fe.briones@analog.com or please contact your point of…

  • 最新中文资料更新20140116

    最新中文资料更新20140116 by adiadmin

    最新中文资料更新

    中文数据手册

    AD7150: 用于接近传感的超低功耗双通道电容式转换器

    AD7980: 16位、1 MSPS PulSARRegistered ADC，采用MSOP/QFN封装

    AD8057/AD8058: 低成本、高性能电压反馈型、325 MHz放大器

    AD8634: 高温、低噪声、轨到轨输出双通道运算放大器

    AD9276: 8通道LNA/VGA/AAF/ADC和CW I&Q解调器

    AD9361: RF捷变收发器

    ADA4857-1…

  • 最新中文资料更新20140116

    最新中文资料更新

    中文数据手册

    AD7150: 用于接近传感的超低功耗双通道电容式转换器

    AD7980: 16位、1 MSPS PulSARRegistered ADC，采用MSOP/QFN封装

    AD8057/AD8058: 低成本、高性能电压反馈型、325 MHz放大器

    AD8634: 高温、低噪声、轨到轨输出双通道运算放大器

    AD9276: 8通道LNA/VGA/AAF/ADC和CW I&Q解调器

    AD9361: RF捷变收发器

    ADA4857-1/ADA4857-2: 超低失真、低功耗…