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resources:eval:user-guides:high-temp:ev-ht-200cdaq1 [03 Jan 2021 22:04] – fix links Robin Getzresources:eval:user-guides:high-temp:ev-ht-200cdaq1 [08 Jan 2021 10:19] (current) – Fixed empty link for EV-HT-200CDAQ1 Ioana Chelaru
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-The [[adi>EV-HT-200CDAQ1|EV-HT-200CDAQ1]]  is a complete system reference platform  enabling precision data acquisition and control in extreme temperatures up to 200°C.   Based upon the [[adi>AD7981|AD7981]] analog-to-digital SAR converter, this reference design demonstrates a full featured system with two high speed simultaneously sampled channels along with 8 additional multiplexed channels suitable for covering the acquisition requirements for many high temperature, harsh environment applications such as downhole oil and gas instrumentation.  The data acquisition front end is connected to the VORAGO Technologies VA10800 ARM® Cortex®-M0 based microcontroller via multiple SPI ports. Once acquired, the data can be processed locally or transmitted via a UART or optional RS485 communications interface.  In addition to the hardware, open source firmware uses FreeRTOS with optimized drivers and a data acquisition protocol with multiple modes of operation.   Open source host software allows the users to connect to the board via UART to control acquisition modes, view data, log data and perform signal analysis.  This platform is suitable as reference design, for rapid prototyping and lab testing of high temperature instrumentation systems.  +The [[adi>en/design-center/evaluation-hardware-and-software/evaluation-boards-kits/EV-HT-200CDAQ1.html|EV-HT-200CDAQ1]]  is a complete system reference platform  enabling precision data acquisition and control in extreme temperatures up to 200°C.   Based upon the [[adi>AD7981|AD7981]] analog-to-digital SAR converter, this reference design demonstrates a full featured system with two high speed simultaneously sampled channels along with 8 additional multiplexed channels suitable for covering the acquisition requirements for many high temperature, harsh environment applications such as downhole oil and gas instrumentation.  The data acquisition front end is connected to the VORAGO Technologies VA10800 ARM® Cortex®-M0 based microcontroller via multiple SPI ports. Once acquired, the data can be processed locally or transmitted via a UART or optional RS485 communications interface.  In addition to the hardware, open source firmware uses FreeRTOS with optimized drivers and a data acquisition protocol with multiple modes of operation.   Open source host software allows the users to connect to the board via UART to control acquisition modes, view data, log data and perform signal analysis.  This platform is suitable as reference design, for rapid prototyping and lab testing of high temperature instrumentation systems.  
  
 This reference design is a collaboration between ADI Alliance members VORAGO Technologies and [[adi>en/about-adi/alliances/partner/petromar-technologies-inc.html|Petromar Technologies]] and is the latest addition to the growing ecosystem of products and solutions for high temperature applications from ADI.  For more info on high temperature solutions from ADI, visit www.analog.com/hightemp. This reference design is a collaboration between ADI Alliance members VORAGO Technologies and [[adi>en/about-adi/alliances/partner/petromar-technologies-inc.html|Petromar Technologies]] and is the latest addition to the growing ecosystem of products and solutions for high temperature applications from ADI.  For more info on high temperature solutions from ADI, visit www.analog.com/hightemp.
resources/eval/user-guides/high-temp/ev-ht-200cdaq1.txt · Last modified: 08 Jan 2021 10:19 by Ioana Chelaru