'Delay loop' diaporamas de présentation

Assignment

Assignment. One of the simplest operations in C is to assign a constant to a variable: int x; x = 10; The variable x will contain the value 10 decimal. Load a Constant 1 of 4. We will use register A1 to hold variable x : In assembly language we write: MVK 10, A1;

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Wouter van Ooijen Mail: wouter.vanooijen@hu.nl Sheets en verdere info:

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CLIC ACE 2-4 September 2008

CLIC ACE 2-4 September 2008. R. Corsini, J.B.Jeanneret, F. Stulle. Will talk about: The concept Previous work Critical issues Status of present activities. Drive Beam Generation Complex. 650 Klystrons low frequency high efficiency. 143000 Accelerating Structures

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CLIC Machine Protection

CLIC Machine Protection. Main Beam 2 injectors e + e - 1 Linac , 2.66 GeV , 234 m ?, 2 GHz 2 Pre-damping rings 398 m NB: Synchrotron power from damping rings: 3.857 Mev turn -1 x 204 nC /1.2 ms turn -1 = 656 KW, (13 KJ pulse -1 ). 2 Damping rings 493 m (same as PDR)

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Wouter van Ooijen Mail: wouter.vanooijen@hu.nl Sheets en verdere info:

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A short presentation on uClinux, its applications and my experience with it. Designed and presented by Emile Belanger

A short presentation on uClinux, its applications and my experience with it. Designed and presented by Emile Belanger. Overview. What is uClinux Commercial application for uClinux The key differences between uClinux and Linux What the engineer should know

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DB generation Phase coding, satellite bunches, R&D results and planning, CTF3 measurements

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Drive Beam Generation in CTF3 S. Bettoni (CERN) for the CTF3 commissioning team

Talk outline Drive beam manipulation: Combiner ring (factor 4) Delay loop (factor 2) Delay loop AND combiner ring (factor 8) Beam delivery to CLEX Conclusions. Drive Beam Generation in CTF3 S. Bettoni (CERN) for the CTF3 commissioning team. structures 12 GHz. PETS on-off.

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16.317 Microprocessor Systems Design I

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C LIC T est F acility 3

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clic-study.web.cern.ch/CLIC-Study/

CLIC Progress and Status. D. Schulte for the CLIC study team. http://clic-study.web.cern.ch/CLIC-Study/. CLIC/CTF3 Collaboration. http://clic-meeting.web.cern.ch/clic-meeting/CTF3_Coordination_Mtg/Table_MoU.htm. 38 Institutes from 19 countries. Aarhus University (Denmark)

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Physics 413 Chapter 4 : Advanced Assembly Programming

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Ben Constance

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Chapter 8 Counters & Time Delays

Chapter 8 Counters & Time Delays. Counters. A loop counter is set up by loading a register with a certain value Then using the DCR (to decrement) and INR (to increment) the contents of the register are updated.

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Aum Amriteswaryai Namah:

Aum Amriteswaryai Namah:. A/D CONVERTER. A/D has 4 main registers : ADCON0, : 1F : bank 0 ADCON1 : 9F : bank 1 ADRESH (A/D result high byte) : 1E : bank 0 ADRESL (A/D result low byte) : 9E : bank 1.

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Debouncing Switches

Debouncing Switches. Mechanical switches are one of the most common interfaces to a uC. Switch inputs are asynchronous to the uC and are not e lectrically clean. Asynchronous inputs can be handled with a synchronizer (2 FF's).

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Debouncing Switches

Debouncing Switches. Mechanical switches are one of the most common interfaces to a uC. Switch inputs are asynchronous to the uC and are not e lectrically clean. Asynchronous inputs can be handled with a synchronizer (2 FF's).

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Midterm Solutions

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