PPT-Laser / RF Timing ( E ngineering of Femtosecond Timing Systems)

Laser RF Timing E ngineering of Femtosecond Timing Systems Josef Frisch SLAC Femtoseconds Bryan Bandli Scanning Electron Microscopy Laboratory University of Minnesota 70fs Eye blink ½ human hair. It covers valuable background for the step by step selection procedure for the Belt Sizing Guide available on the Gates Mectrol web site Traditional understanding of timing belt drives comes from power transmission applications However the loading c Subramanyam. Sripada. Synopsys . Inc. 3/13/2015. Constraint Analysis/Debug/Management. Budgeting Issues. Functional. Scan. Test. Low_Power. More Modes. More Files/. More complex. constraints. IP Blocks. (. E. ngineering of Femtosecond Timing Systems). Josef Frisch. SLAC. Femtoseconds. Bryan . Bandli. , Scanning Electron Microscopy Laboratory, University of Minnesota. 70fs. Eye blink. ½ human hair . PrimeTime. . Speaker: Bob Tsai. Advisor: . Jie. -Hong Roland Jiang . Introduction. Flow. On Chip Variation (OCV). Manual/automated . netlist. editing. Signal integrity and crosstalk. Outline. PrimeTime. Recovery . With . Flexible . Flip-Flop Timing . Model. Andrew B. Kahng and . Hyein Lee. UC . San . Diego VLSI CAD Laboratory. Outline. Preliminary. Motivation. Related Work. Sequential LP-based Optimization. Objectives. After completing this module, you will be able to:. Describe a flow for obtaining timing closure. Interpret a timing report and determine the cause of timing errors. Apply Timing Analyzer report options to create customized timing reports. Sam Appleton, CEO. CONFIDENTIAL. Challenges in SDC Creation & Verification. It can get a bit messy . “IP”/block level timing. Making sure design is fully constrained. Finding balance between timing exceptions and risk. European Pulsar Timing . Array. An array of 100-m class telescopes to form a pulsar timing array. and ultimately forming the Large European Array for Pulsars (LEAP). SRT, Sardinia, Italy. Effelsberg. Edward A. Lee . Presented by : . Nidal. Al . yamani. 1. introduction. Cyber-Physical Systems . (CPS) are integrations of . computation with . physical processes. . Embedded . computers . and networks . Josef Frisch for the LCLS Commissioning team. 1. Ultra-Fast Science. Some experiments use multiple images on an already evolving system. All feet off the ground. Most experiments are pump probe. :. Stimulate the system (fire bullet). Edward A. Lee . Presented by : . Nidal. Al . yamani. 1. introduction. Cyber-Physical Systems . (CPS) are integrations of . computation with . physical processes. . Embedded . computers . and networks . luminosity . 2 x10. 33 . . t. < 20 . ps. (<2 year ) . Stage II: 10. 34 . . t. < 10 . ps. (<4 years). Compare z-vertex position measured with silicon tracking (. z=50. m. Timingwould have greater impact eg season end of month/quarter etc Identify the duration of the interruption or point in time when the operational and or 31nancial impacts will occurx0000 1 hr Lost With . Flexible . Flip-Flop Timing . Model. Andrew B. Kahng and . Hyein Lee. UC . San . Diego VLSI CAD Laboratory. Outline. Preliminary. Motivation. Related Work. Sequential LP-based Optimization. Experimental Results.