'Average current' presentation slideshows

Energy Recovered Linacs and Ponderomotive Spectral Broadening

Energy Recovered Linacs and Ponderomotive Spectral Broadening. G. A. Krafft Jefferson Lab. Recirculating linacs defined and described Review of recirculating SRF linacs Energy recovered linacs Energy recovered linacs as light sources Ancient history: lasers and electrons

943 views • 94 slides

Week #8 Dynamics of Particulate systems (Part 3)

Week #8 Dynamics of Particulate systems (Part 3). Chi-Hwa Wang Department of Chemical and Biomolecular Engineering, National University of Singapore, 4 Engineering Drive 4, Singapore, 117585, Singapore. E-mail: chewch@nus.edu.sg. Investigation on Electrostatics in Fluidized Bed.

611 views • 60 slides

100 MeV- 1 GeV Proton Synchrotron for Indian Spallation Neutron Source

706 views • 54 slides

DC Stuff Continues

524 views • 46 slides

DC Stuff Continues

469 views • 46 slides

Electron Driver Capabilities and Proposed JLab Test Facility

Electron Driver Capabilities and Proposed JLab Test Facility. Reza Kazimi JLab. Outline. Existing CEBAF injector capabilities and limitations. JLAB FEL Injector Injector Test Facility * Thanks to Carlos Hernandez, Joe Grames, and Matt Poelker for discussions and some of the slides.

543 views • 43 slides

Electron Driver Capabilities and Proposed JLab Test Facility

Electron Driver Capabilities and Proposed JLab Test Facility. Reza Kazimi JLab. Outline. Existing CEBAF injector capabilities and limitations. JLAB FEL Injector Injector Test Facility * Thanks to Carlos Hernandez, Joe Grames, and Matt Poelker for discussions and some of the slides.

534 views • 43 slides

Current and Resistance

407 views • 40 slides

FEL2004

480 views • 34 slides

ECE 124a/256c Power Distribution and Noise

ECE 124a/256c Power Distribution and Noise. Forrest Brewer. Chip Power Requirements. Large Scale Chip Power Phenomenal Pentium 4 @ 0.13um has 85A Peak Package Current @ 1.5V requires .15/85 = 1.8m W total power network resistance On-chip peak current risetime is <100pS!

541 views • 34 slides

ECE 124a/256c Power Distribution and Noise

ECE 124a/256c Power Distribution and Noise. Forrest Brewer. Chip Power Requirements. Large Scale Chip Power Phenomenal Pentium 4 @ 0.13um has 85A Peak Package Current @ 1.5V requires .15/85 = 1.8m W total power network resistance On-chip peak current risetime is <100pS!

366 views • 34 slides

Polarized Electron Sources for a Linac-Ring EIC M. Farkhondeh MIT-Bates Linear Accelerator Center

Polarized Electron Sources for a Linac-Ring EIC M. Farkhondeh MIT-Bates Linear Accelerator Center Middleton, MA 01949, USA EIC Workshop BNL, February 26, 2002.

401 views • 27 slides

Power PSoC 101: Intro to Power Converters

Power PSoC 101: Intro to Power Converters. Section 1: Power Converter Overview. Section 2: Power Converter Circuit Elements. Section 3: Operating Principle. Section 4: Converter Topologies. Section 5: Converter Transfer Functions. Section 6: Control Techniques . Course Outline.

475 views • 24 slides

EE462L, Spring 2014 H-Bridge Inverter as an Audio Amplifier

EE462L, Spring 2014 H-Bridge Inverter as an Audio Amplifier. Amplifier classes. A, B, AB and C are analog amplifiers A Class A amplifier is a common emitter configuration A Class B amplifier is a common collector configuration A Class AB amplifier is a push-pull configuration

366 views • 17 slides

Introduction and Motivation

Introduction and Motivation. Power consumption/density has become a critical issue in high performance processor design This issue is even more important on battery-powered embedded cores and systems The embedded processing market is growing at a very fast pace

174 views • 17 slides

Optimal Shelf Availability Proposal for an ECR Europe Action Plan

ECR Europe Supply Side Agenda 2006. Optimal Shelf Availability Proposal for an ECR Europe Action Plan. Background: Current Performance has not improved over the years. Global out-of-stocks still run at c. 8% Promotions often run higher at between 9 - 16%

275 views • 10 slides

Design of Duty-Varied Voltage Pulse Charger for Improving Li-Ion Battery-Charging Response

Design of Duty-Varied Voltage Pulse Charger for Improving Li-Ion Battery-Charging Response. Chairman: Hung-Chi Yang Presenter: Ming-Lin Wang Adviser: Jenq-Ruey Hrong Date:2013/3/20. Liang- Rui Chen, Member, IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS, VOL. 56, NO. 2, FEBRUARY 2009.

244 views • 7 slides