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resources:eval:ezlinx:isolated-lvds [03 Jan 2021 22:04]
Robin Getz fix links
resources:eval:ezlinx:isolated-lvds [06 Feb 2021 06:35]
Robin Getz fix links
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 ====== ezLINX™ Isolated LVDS Implementation====== ====== ezLINX™ Isolated LVDS Implementation======
  
-The Isolated LVDS port is implemented using the [[adi>​adum3442|ADuM3442]] //​i//​Coupler signal isolator, the [[http://​www.analog/​adn4664|ADN4664]] dual LVDS receiver, the [[http://​www.analog/​adn4663|ADN4663]] dual LVDS transmitter and the [[adi>​adum5000|ADuM5000]] //​iso//​Power Isolated DC to DC converter. The [[adi>​adum3442|ADuM3442]] is connected to SPORT2 of the ADSP-BF548. Figure 1 below shows a circuit diagram of the implementation of Isolated LVDS using the [[adi>​adum3442|ADuM3442]],​ [[http://​www.analog/​adn4663|ADN4663]],​ [[http://​www.analog/​adn4664|ADN4664]] and [[http://​www.analog/​adum5000|ADuM5000]] on the //ez//LINX hardware.+The Isolated LVDS port is implemented using the [[adi>​adum3442|ADuM3442]] //​i//​Coupler signal isolator, the [[adi>adn4664|ADN4664]] dual LVDS receiver, the [[adi>adn4663|ADN4663]] dual LVDS transmitter and the [[adi>​adum5000|ADuM5000]] //​iso//​Power Isolated DC to DC converter. The [[adi>​adum3442|ADuM3442]] is connected to SPORT2 of the ADSP-BF548. Figure 1 below shows a circuit diagram of the implementation of Isolated LVDS using the [[adi>​adum3442|ADuM3442]],​ [[adi>adn4663|ADN4663]],​ [[adi>adn4664|ADN4664]] and [[adi>adum5000|ADuM5000]] on the //ez//LINX hardware.
  
 {{ :​ezlinx:​isolatedlvds.png?​nolink&​900 |Figure 1. Isolated LVDS Implementation}} {{ :​ezlinx:​isolatedlvds.png?​nolink&​900 |Figure 1. Isolated LVDS Implementation}}
  
-VDD1 of the ADuM3442, and VDD1 of the ADuM5000 are powered by 3.3V. The ADuM5000 will generate an isolated 3.3V and is used to supply power to VDD2 of the[[http://​www.analog/​adum3442|ADuM3442]],​ VCC of the [[http://​www.analog/​adn4663|ADN4663]] and the [[http://​www.analog/​adn4664|ADN4664]].+VDD1 of the ADuM3442, and VDD1 of the ADuM5000 are powered by 3.3V. The ADuM5000 will generate an isolated 3.3V and is used to supply power to VDD2 of the[[adi>adum3442|ADuM3442]],​ VCC of the [[adi>adn4663|ADN4663]] and the [[adi>adn4664|ADN4664]].
  
 A 32 pin header connector is used for easy access to the Isolated LVDS signals. A 32 pin header connector is used for easy access to the Isolated LVDS signals.
resources/eval/ezlinx/isolated-lvds.txt · Last modified: 06 Feb 2021 06:35 by Robin Getz