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MAX9271: FAQ

FAQs
  • FAQ

    Are there Software based Serialization to used with Maxim Deserializers?

    Q. Are there any Software-based Serialization solutions to be used with Maxim Deserializers? A. The GMSL serializer and deserializer can only work as a pair. Because the serialization scrambles the input…
  • FAQ

    Can the MAX9271/2 transmit power via a coaxial cable?

    Yes. The power supply and signal use different frequency band. Power supply lies in DC and low frequency band, whereas signals in higher frequency band. Power supply and signals can pass through the same…
  • FAQ

    How do I determine if the MAX9271 is working?

    The most direct way is to measure the output waveform of the MAX9271 . However, many of our customers do not have oscilloscopes capable of measuring high speed signals. The most common oscilloscopes with…
  • FAQ

    How do I use the MCU on the MAX9271 side to control the GPIO on the MAX9272 side through a coaxial or twisted pair cable?

    Each SerDes device has two I 2 C device addresses stored. Register 0x00 in the MAX9271 corresponds to the I 2 C device address of the MAX9271 . Register 0x01 corresponds to the I 2 C device address of…
  • FAQ

    MAX9271/2 可以通过同轴线传输电源吗?

    可以。电源和信号占用不同的频段。电源分布在 DC 和低频,信号则占用较高频率。电源和信号可以通过同一根同轴线进行传输。需要考虑的是:电源通过同轴线传输时,在同轴线上会造成压降。在电源传输一端,需要考虑到这一压降,用比较高的电压进行传输。在电源接收端需要对电源进行稳压处理。
  • FAQ

    MAX9271/2有很多配置管脚,这些配置管脚可以在工作过程中改变状态吗?

    ADDx 、 CX/TP 、 I2CSEL 、 SD 、 HIM 和 BWS 管脚在退出省电模式后,管脚状态被锁存。之后这些管脚的电平改变,不会影响引脚对应的功能。而 MS 引脚在退出省电模式时的状态不被锁存,正常工作时 MS 管脚状态的改变会导致相应功能的改变。
  • FAQ

    MAX9271和MAX9272对同轴线有要求吗?

    要求同轴线对高频信号的损耗小,阻抗有较好的控制。如果同轴线高频信号损耗大,会影响信号眼图和最大传输距离。
  • FAQ

    如何判断MAX9271是否工作?

    最直观的方式是测量 MAX9271 的输出信号的波形。但很多客户没有测高速信号所用的示波器。用常见的几十 ~ 几百兆带宽的示波器也可大致判断出 MAX9271 是否正常工作:测量 MAX9271 输出端(在 AC 耦合电容之前)的共模电压,正常工作时的共模电压在 1.1V ~ 1.56V 之间,典型值在 1.4V 。如果测量到的共模电压在几百毫伏以下,基本可以判断芯片没有正常工作。
  • FAQ

    如何理解MAX9271的Double input mode?

    MAX9271 的数据以帧( frame )为单位进行传输。每帧包含 24 位或者 32 位的数据。如下图所示: 针对摄像头的应用,因为大多数摄像头输出的是 Raw Data 格式的数据,位数比较低。因此,可以把两个像素的数据放到一个帧里进行传输。即上图所示的 24 位或 32 位的数据里包含两个像素的数据。这种每帧传输两个像素的方式称为双输入模式。硬件实现方法如下图所示:
  • FAQ

    当没有时钟进入MAX9271时,是否可以设置CLINKEN(配置链路)?

    如果没有时钟输入到MAX9271,则需要将0X0D设置为0xB6,然后设置CLINKEN
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