Found 3750 related files. Current in page 7
Managing electronics design data – from concept to production Managing electronics design data Smart, powerful tools for implementing and re-using high-integrity design data, without the risk. As the process of developing electronic products has increased in complexity and involved more engineering domains, managing the huge array of design data that’s sourced and generated has become a crucial part of the task. Beyond the traditional notions of electronics design – developing hardware and software – engineers are spending an increasing amount of time sourcing, storing, reusing and releasing a wide variety of design data. Maintaining the integrity of that design data across the entire product development process is an increasingly necessary part of today’s electronics design process, and its effectiveness can make the difference between commercial failure or success. This is largely about eliminating risk. The familiar risks associated with introducing a new, unproven part into your design, but more importantly, the risks associated with reusing existing design data – from the most basic design elements such as component models though to high level blocks of functional circuitry and design output released to manufacturing. Successfully managing that risk and maintaining the integrity of existing design data will mean that a pool of proven design elements becomes available for new designs. The elements, from components to complete design sections, have been used in fully-developed, debugged production designs and are therefore known, trusted entities that can be dropped into new designs with a high level of confidence in their integrity. The low design risk associated with this approach carries the cumulative benefit of being able to progressively building up higher level design elements (for example, blocks of circuitry) from known, trusted elements such as components or sub-circuits. When successfully used in a production design, that higher level design data can become the basis of ...
EE122 - Introduction to Electronic Circuit Design Prof. Greg Kovacs with Amy Droitcour and Bob Ricks Department of Electrical Engineering Stanford University About EE122 • “Curiosity-driven” laboratories with a flexible structure. • A team-based approach to learning. • Practical, rather than theory-driven content. • Preparation for laboratories will involve team research and analysis, rather then lengthy write-ups. • An informal lab-book-based approach to taking data. • No formal examinations (midterms or final), with grading based on laboratory notebooks, teamwork, and final project. • Final project with a full three weeks provided for design and construction. • Final demos given by each team to the entire class. EE122, Stanford University, Prof. Greg Kovacs 2 An introduction to gEEk culture. EE122, Stanford University, Prof. Greg Kovacs 3 EE122 Course Goals • Analog circuit design knowledge. • Introduction to sensors. • Working knowledge of interface electronics (to the “real world”). • Developing circuit design intuition. • Experience with teamwork in experimentation, documentation and design. EE122, Stanford University, Prof. Greg Kovacs 4 Basic Things You Have to Handle • Know how to use Excel (how to enter data and how to make plots). • Know how to use Word (including importing graphics) and how to generate PDF files. • Find a form of SPICE that you are comfortable with (B2Spice, PSPICE, HSPICE, or whatever). TA’s will help. • Get a copy of Horowitz and Hill, “The Art of Electronics.” EE122, Stanford University, Prof. Greg Kovacs
Since the 1990’s, mobile computing has transformed its penetration from niche markets and early prototypes to ubiquity. Personal Digital Assistants (PDAs) evolved from GRiD’s PalmPad and Apple’s Newton in 1993 to the Palm, Handspring, and Microsoft-based models that support the multi-billion dollar industry today. While BellSouth/IBM’s Simon may have been the only mobile phone to offer e-mail connectivity in 1994, almost every modern mobile phone provides data services today. Portable digital music players have replaced cassette and CD-based systems, and these “MP3 players” are evolving into portable repositories for music videos, movies, photos, and personal information such as e-mail. Laptops, which were massive and inconvenient briefcase devices in the late 1980’s, now outsell desktops. Yet all these devices still have a common, difﬁcult problem to overcome: power. This chapter will review trends in mobile computing over the past decade and describe how batteries affect design tradeoffs for mobile device manufacturers. This analysis leads to an interesting question: is there an alternative to batteries? Although the answer has many components that range from power management through energy storage , the bulk of this chapter will overview the history and state-of-the-art in harvesting power from the user to support body-worn mobile electronics.
DECLARATION OF CONFORMITY Hereby, NOKIA CORPORATION declares that this RM-122 product is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. A copy of the Declaration of Conformity can be found at http://www.nokia.com/phones/declaration_of_conformity/ © 2008 Nokia. All rights reserved. Nokia, Nokia Connecting People, Nokia Care, Navi, and Visual Radio are trademarks or registered trademarks of Nokia Corporation. Nokia tune and Visual Radio are sound marks of Nokia Corporation. Other product and company names mentioned herein may be trademarks or tradenames of their respective owners. Reproduction, transfer, distribution, or storage of part or all of the contents in this document in any form without the prior written permission of Nokia is prohibited. This product includes software licensed from Symbian Software Ltd © 1998-2008. Symbian and Symbian OS are trademarks of Symbian Ltd. US Patent No 5818437 and other pending patents. T9 text input software Copyright © 1997-2008. Tegic Communications, Inc. All rights reserved. Java™ and all Java-based marks are trademarks or registered trademarks of Sun Microsystems, Inc. This product is licensed under the MPEG-4 Visual Patent Portfolio License (i) for personal and noncommercial use in connection with information which has been encoded in compliance with the MPEG-4 Visual Standard by a consumer engaged in a personal and noncommercial activity and (ii) for use in connection with MPEG-4 video provided by a licensed video provider. No license is granted or shall be implied for any other use. Additional information, including that related to promotional, internal, and commercial uses, may be obtained from MPEG LA, LLC. See . Nokia operates a policy of ongoing development. Nokia reserves the right to make changes and improvements to any of the products described in this document without prior notice. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, UNDER NO CIRCUMSTANCES SHALL NOKIA OR ANY OF ITS LICENSORS BE RESPONSIBLE FOR ANY LOSS OF DATA OR INCOME OR ANY SPECIAL, INCIDENTAL, CONSEQUENTIAL OR INDIRECT DAMAGES HOWSOEVER CAUSED.
GENERAL DESCRIPTION/FEATURES Thank you for your purchase of Delmhorst Instrument’s Navigator Pro handheld moisture meter / thermo-hygrometer. Navigator Pro has been developed specifically with the restoration contractor in mind. It provides the user with a host of data acquisition capabilities, and offers the latest in features and functionality. Even with its wide range of functions, Navigator Pro is intuitive and easy to operate. We recommend that you read the following pages in detail to take full advantage of all that Navigator Pro has to offer. Outstanding Features: Pin mode o 5%-60% wood scale (Douglas Fir) Species corrections for SPF, Oak, Maple, Birch, Plywood, OSB and Particleboard o Temperature correction over the range of 0-255° F/-18-124°C o 0.1% - 6% Sheetrock® scale o 0-100 numerical reference scale for non-wood building materials, including Plaster and Concrete Scan Mode o 0-300 numerical reference scale Thermo-hygrometer (RH/T-S1 sensor included) o Measures RH over the range of 0-100% (with accuracy of +/- 2% over 10%-90%) o Measures temperature over the range of -40°F-255°F with accuracy of +/- 1.8°F over -4°F to 158F (range of -40°C - 124°C with accuracy of +/- 1°C over -20° to 70°C) o Calculates Dew Point over the range of -40°F - 176°F (-40°C - 80°C) o Calculates GPP (Grains Per Pound) when in Fahrenheit mode over the range of 0.1-3820 GPP o Calculates GPK (Grains Per Kilogram) when in Celcius mode over the range of 0.01-545 GPK o Conforms to ASTM-F-2170 for in-situ concrete slab testing (RH/T-S3 sensor required) General Features: o o o o o o o o Connector for external Electrodes On-screen reading recall of stored readings Date and time stamp for each stored reading Set up to 5 job groupings with room and location definition Optional infrared linking capability w/ application software 9V battery 1-year warranty Carrying Case Copyright 2007, Delmhorst Instrument Co. Page 4 of 30 OPERATING INSTRUCTIONS -User GuideThis guide provides step-by-step instructions on powering up, using and powering down the meter.
Manual and Tutorials v4.10 TomTom Navigator Quickstart Guide TomTom Navigator User Guide Installation Poster Copyright ©1996-2004 TomTom B.V., The Netherlands. TomTom is a trademark of TomTom BV. Data copyright ©2004 Tele Atlas N.V., The Netherlands. Data copyright ©2004 Tele Atlas Inc, U.S.A. http://www.tomtom.com Introduction Thank you for purchasing TomTom Navigator as your navigation system. This Quick Start Guide contains basic instructions for using TomTom Navigator. This guide is to be used after the SD card has been inserted and the GPS receiver has been connected. If necessary, refer to one of the other two documents that have been supplied: Installation poster User guide The poster contains all procedures for mounting and cabling the hardware to make the system ready for first use. The software is already installed on your SD-card. If custom software installation is required, refer to the user guide. This guide is provided on the CD-ROM and contains detailed instructions on all functions. For custom installation, also refer to this guide. Chapter 1 Launching the application for the first time The GPS receiver is connected, the SD-card is inserted, and the program has started automatically. The very first time you use TomTom Navigator, you will be asked to specify your language: Tap the language of your choice After you have selected your preferred language, you will be asked to specify a few personal preferences: Tap the screen anywhere. Setting up right-handed or left-handed operation You can now decide to set up the software for either left-handed or right-handed operation. With left-handed operation, important buttons and controls will be located on the left side of the screen. As a result, you will be able to operate them with your left hand without obscuring the screen. • • For right-handed operation: tap Yes. For left-handed operation: tap No. Choosing how distances are displayed 1. Tap an option. 2. Tap Done Choosing how time is displayed 1. Tap an option. 2. Tap Done. Selecting a voice You may now select the voice that will be used for driving instructions. Many different voices are available in many different languages. 1. To browse through the voices, tap for forward, or 2. To hear a sample of the current voice, tap the Test button. 3. Tap Done to select the current voice.
RPEO is an affiliate of RPE (Retail Process Engineering), a leading IT consulting company offering strategic, functional and technical expertise focused exclusively on retail. Cloud computing services with RPEO include hosting, Software as a Service and application and operating systems management. With RPEO cloud computing consultants, retailers have an instant infusion of experienced operations professionals and a Data Center infrastructure eliminating the investment of running IT operations. RPEO clients include It’Sugar, NBA Store, Newfoundland Labrador Liquor Corporation, vineyard vines, Francesca’s Collections and more. To learn more, visit http://www.rpesolutions.com
The word GIS stands for Geographical Information System. It is a technology that gives us information about various things and places on the earth's surface or we can even define it as a technology that is used to view and analyze data from a geographic/geospatial perspective. It is a powerful approach towards exploring the world. While working with GIS specialized software's are used for input, storage, manipulation/analysis and output/display of geographic (spatial) information, often using maps or other visual displays.
Clerkenwell The Vibe: Fashionable tech. Clerkenwell attracts companies that have outgrown their space in Shoreditch – or are put off by the area’s escalating prices – but want to remain close to the buzz of Silicon Roundabout. Local Heroes: Warner Yard is a tech co-working space and home to the London base of Techstars, a US accelerator programme, which nurtures early-stage ventures. White Bear Yard is a hub for technology start-ups, founded by angel investors Stefan Glaenzer, Eileen Burbidge and Robert Dighero. Ones to Watch: Farfetch is an online clothing retailer that provides a single shop window for dozens of independent fashion boutiques from around the world. It aspires to match the success of Net-a-Porter. EDITD, a data mining business for the fashion industry, provides real-time information on trends and shopping habits.
Brodski je jedan od izuzetnih ljudi koji su svoje jevrejsko poreklo i rusku dušu uspeli da stope, na način na koji su to uradiili, na primer, pesnik Osim Mandeljštam ili slikar Haim Sutin... I ovo je previše. Čudno da je G-din Nikčević zaboravio da napomene da je Brodski Nobelovac, da je hapšen u Rusiji pod optužbom da je ''bezdomnik'' i ''skitnica'', ''prosjak'' ... Ali još gore od prosjaka jer je tada već bio poznat kao pesnik.