• ADL5567 S-parameters

    Where can I find the s-parameters for the ADL5567?

    They are not on the product page.

    Thanks

    Charly

  • ADL5567 VCOM circuit

    I'm attempting to use the ADL5567 in a DC-coupled application.  I'm attempting to drive the Vcom port with a particular common mode voltage using a standard resistor divider similar to what is shown in the example circuit in figure 51.  However…

  • ADL5567 match with AD9144

    Hi I would like to understand how should I better match ADL5567 with DAC AD9144 as the source. I would like to achieve impedance matching and still keep DAC compliance voltage within specified limits. BTW, what is the maximum compliance diff peak-to-peak…

  • ADL5567 input bias current

    What is the input bias current for ADL5567?

  • ADL5565 and ADL5567 output impedance

    Hello,

    Our customer is using the following devices, can you please review these questions, I wasn't able to find it on the datasheet.

    We are using both the ADL5565 and ADL5567.  Both of these parts have enable pins.

    Specifically, for each part:

    1. 

  • ADL5567需要使用负电压,有没有负电压的参考设计啊

    这个电路的电压需要使用负电压,我以前没有使用过负电压,有没负电压的参考电路设计啊。谢谢!

  • RE: Noise Figure ADL5566 up to 2 GHz

    HI,

    It was used from a distortion point of view- 1GHz.  The adl5567 is done up to 2GHZ and is a better amplifier.  They are pin compatible.SO might be worth looking into 5567.

     The adl5567 has 20db gain vs 16db for the adl5566.  Please compare the data sheets…

  • RE: An  issue about  ADA4961

    Hi, Huang,

        The ADA4961 is designed to be AC coupled, and it's gain increases below 10 MHz.  For applications that need flat frequency response near or below 10 MHz, it'll be better to use completely dc-coupled, low-distortion differential amplifiers…

  • RE: ADL5566: If second half is unused

    Hi Eduard,

    Actually, the adl5566 has ESD diodes across Vcc so you will need to  maintain voltage on the unused channel and put the part in disable. (this will burn an extra 8 ma). 

    Also, it would be best to ac couple the input to gnd of the unused side,…

  • RE: 放大器 低频应用

    产品线的工程师回复如下

    The ADA4961 is designed to be AC coupled, and it's gain increases below 10 MHz.  For applications that need flat frequency response near or below 10 MHz, it'll be better to use completely dc-coupled, low-distortion differential amplifiers…