'Adc channel' diaporamas de présentation

Large Area GEMs : CMS GEM Experience

Large Area GEMs : CMS GEM Experience. Alice TPC workshop 16/06/2014. Jeremie Merlin IPHC-CERN. On Behalf of the CMS GEM collaboration. Large Area GEMs : CMS GEM Experience. Alice-TPC workshop 18/06/2014. J. A. Merlin On behalf of the CMS GEM collaboration.

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Martin Bates Elsevier 2008

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Embedded Control Applications II MP10- 1

Embedded Control Applications II MP10- 1. Embedded Control Applications II MP10- 2. Control of a DC servo-motor.

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359 views • 22 slides

Team JHK

Team JHK. Project TIC. Personnel. Supreme Commander Jarrod Marsh. Personnel. Mistress of Money, Transactions, and Work No One Else Wants to Do Hallie Baer. Personnel. Minister of Paperwork, Bureaucratic Nonsense, and Design Review Koren Smith. PDR Presentation. Team JHK

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Hardware-in-the-Loop Testbed

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The Hardware Abstraction Architecture of TinyOS 2.x

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Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

346 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

310 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

144 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

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SNS RDB Requirements, wish list, status

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Status of DCS for TDAQ racks

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DCS aspects of TDAQ racks in USA15 and SDX1

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14-BIT Custom ADC Board

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DCS aspects of TDAQ racks in USA15 and SDX1

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14-BIT Custom ADC Board

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FADC Boards for JPARC-K Preliminary Proposal Mircea Bogdan November 16, 2006

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12-BIT, 500 MHz ADC Module for the KOTO Experiment

12-BIT, 500 MHz ADC Module for the KOTO Experiment. The University of Chicago. 12-Bit, 500 MHz ADC Module Block Diagram. 4 ADC channels on board serviced by one Stratix II FPGA; After SERDES, data moved with 125MHz. 12-Bit, 500 MHz ADC Module Analog Channel.

319 views • 5 slides