Electronics engineering‚ [1] also referred to as electronic engineering[2][3] is an engineering discipline which uses the scientific knowledge of the behavior and effects of electrons to develop components‚ devices‚ systems‚ or equipment (as in electron tubes‚ transistors‚ integrated circuits‚ and printed circuit boards) that uses electricity as part of its driving force. Both terms denote a broad engineering field that encompasses many subfields including those that deal with power‚ instrumentation
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LG Electronics‚ a Korea electronics company headquartered in Seoul‚ South Korea. The company was established in 1958 by GoldStar Co.‚ producing radios‚ TVs and home appliances. LG was formed by the merger of two Korean companies‚ Lucky and GoldStar‚ which the name ‘LG’ was the short form of these two companies’ first alphabet. LG Corp. founder Koo In-Hwoi established Lak-Hui Chemical Industrial Corp. (now LG Chem) in 1947. The name Lak-Hui was then been pronounced as “Lucky” and in 1952 “Lucky”
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patients it is essential that excellent communication exist between patient‚ theatre colleagues and other departments (Plowes 1999‚ p217). This is especially true within the perioperative setting due to the relatively short time that practitioners interact with patients during perioperative care (Dyke 2000‚ p.74). The ability to communicate effectively with others is fundamental to all patient care and it is widely considered that effective communication is a significant determinant of patient
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Question 2) Definition of Electronic Office Electronic office is a modern office fused together with computer systems and information technology to handle present days demanding office work. Definition of Traditional Office Traditional office is an old office where office work was done or recorded by handwritten or typewritten means in papers. Types of Electronic Office There are many kinds of electronic offices seen operating in
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Time: Field Differences and the Shaping of Electronic Media in Supporting Scientific Communication Rob Kling & Geoffrey McKim April 27‚ 2000 Indiana University School of Library and Information Science 10th & Jordan‚ Bloomington‚ IN 47405 USA +1 812 855 5113 kling@indiana.edu‚ mckimg@indiana.edu Accepted for publication in: Journal of the American Society for Information Science Abstract The shift towards the use of electronic media in scholarly communication appears to be an inescapable imperative
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ELECTRONIC WARFARE INTRODUCTION 1. The advent of World War 1 saw two new dimensions being added to warfare one of air and other of under water. But probably the most important element to be put to use for war in the 20th century was the use of radio waves and the associated electronics. They were used first in radio communication and later on in the fields of radar. Under the stimulus of war‚ technology advanced rapidly and new systems provided greater ranges‚ greater precision and greater capacity
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1 IDENTIFICATION OF BASIC ELECTRONIC COMPONETS THEIR CHARACTERISTICS & TESTING 1.0.0 INTRODUCTION An electronic circuit is composed of various types of components. Some of these components are termed as active components because they take part in the transformation of the energy while other components‚ which only dissipate or store energy‚ are called as passive elements. The vacuum tubes‚ rectifier‚ transistors are some of-the common active while the resistances‚ which dissipate the power
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Electronic media are media that use electronics or electromechanical energy for the end-user (audience) to access the content. This is in contrast to static media (mainly print media)‚ which today are most often created electronically‚ but don’t require electronics to be accessed by the end-user in the printed form. The primary electronic media sources familiar to the general public are better known asvideo recordings‚ audio recordings‚ multimedia presentations‚ slide presentations‚ CD-ROM and online content
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Samsung Electronics case study The Samsung Electronics Company was the largest conglomerate in South Korea. The total net sales of the Samsung Group were $135 billion in 2004. It has 337 overseas operations in 58 countries. Electronic‚ finance‚ and trade and services were the three core sectors within the Samsung Group. Semiconductor products were classified into two different categories of chips‚ which are memory and logic. To focus on the global memory chip industry
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101/201 BASIC ELECTRONICS COURSE MATERIAL For 1ST & 2ND Semester B.E. (Revised Credit System) DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING CONTENTS Module 1. – SEMI CONDUCTOR THEORY Mr. Hemanth Kumar A.R.‚ Lecturer‚ Pg. 27 – 49 Pg. 1 – 26 Module 2. – PN JUNCTION DIODE AND ITS APPLICATIONS Mr. Jagadish Nayak.‚ Senior Lecturer‚ Module 3. – TRANSISTORS AND APPLICATIONS Mr. H.V. Balachandra Achar.‚ Senior Lecturer‚ Pg. 50 – 72 Module 4. – COMMUNICATION SYSTEMS Mr. A.
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