Assignment no. 2 Ujjwal Dahiya Electronic sensors Sensors are sophisticated devices that are frequently used to detect and respond to electrical or optical signals. A Sensor converts the physical parameter (for example: temperature‚ blood pressure‚ humidity‚ speed‚ etc.) into a signal which can be measured electrically. Classification based on property is as given below: Temperature - Thermistors‚ thermocouples‚ RTD’s‚ IC
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Bolster Electronics: Dealing With Dealer Demands SITUATION ANALYSIS Northern Alberta‚ the oil sands development area surrounding Fort McMurray‚ is the fastest growing economic area in Canada for several years. Obviously Bolster’s total market share in this area was the highest with one third of the total market share it held national wide. Vickers based in Edmonton‚ Alberta covered 50% of the local market share and 75% of servicing in that area in spite having a national distributor‚ National
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Case Analysis: Norge Electronics (Portugal)‚ S.A. Organizational Design and Management Norge Electronics is a textile manufacturer‚ with headquarters in Lisbon. The purpose of the company was the sale‚ installation and maintenance of equipment for textile manufacturers. The distinctive competency of Norge Portugal was “total customer service” and its unique selling proposition to guarantee increase in productivity to customers. The competitive advantage of Norge was it unique Norge Productivity
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Electronic communication was discovered in 1998. It is a form of communication that is used for the transfer of data‚ images‚ signals‚ signs‚ etc. through wire‚ electromagnetic energy‚ radio‚ photoelectronic or photo-optical system. With its growing popularity‚ people have started to communicate via email. Electronic communication is not only a novel tool‚ it also serves to be an interesting mode of communication. However‚ while being a crisp form of conveying messages‚ it has a facet that inclines
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Topic 12 ATOMIC STRUCTURE: Electronic configuration 12. 1. Ionization energy If an electron obtains enough energy it jumps beyond the highest energy level and becomes a free electron: the atom itself becomes a positive ion. This electron transition is represented as follows: n = 1 to n = (. Notation n = ( refers to the “world” outside the atom – beyond the control of the nucleus; any electron outside an atom has no potential energy (energy = 0). With hydrogen the ionization energy can be
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1. Look over the scope statement (PE Figure 5-1). If you were an employee at Petrie’s Electronics‚ would you want to work on this project? Why or why not? ANS:Yes‚ because the project seems great . It will benefit the company and be fun and easy. There is a great team to support it as well. 2. If you were part of the management team at Petrie’s Electronics‚ would you approve the project outlined in the scope statement in PE Figure 5-1? What changes‚ if any‚ need to be made to the document? ANS:Yes
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Chapter 1: electronic commerce (EC) The process of buying‚ selling‚ or exchanging products‚ services‚ or information via computer networks‚ including the internet e-business A broader definition of EC that includes not just the buying and selling of goods and services‚ but also servicing customers‚ collaborating with business partners‚ conducting e-learning‚ and conducting electronic transactions within an organization Pure and Partial E-Commerce Partial e-commerce is when a company
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Global Electronics Inc. Case Analysis Background Global Electronics‚ Inc. (GEI)‚ has its main office in Sarasota‚ Florida and the company employs about 2‚300 people at its three U.S. fabrication facilities (located in Huntsville‚ Alabama; Evansville‚ Indiana; and Reading‚ Pennsylvania)‚ and has 4‚000 employees at its assembly and test facility in Kuala Lumpur‚ Malaysia. Discrete power semiconductors and analog‚ digital‚ mixed-signal‚ and radiation-hardened integrated circuits for signal processing
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DEVELOPING AND BUILDING A LEAN BASED RFID ELECTRONIC KANBAN PROTOTYPE A Thesis presented to The Faculty of California Polytechnic State University In Partial Fulfillment of the Requirements for the Degree Master of Science in Industrial Engineering by Ryan T. Chang June 2012 © 2012 Ryan Chang ALL RIGHTS RESERVED COMMITTEE MEMBERSHIP ii TITLE DEVELOPING AND BUILDING A LEAN BASED RFID ELECTRONIC KANBAN PROTOTYPE AUTHOR: Ryan T. Chang DATE SUBMITTED: June
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Background Information This case analyses the ABC and ABM implementation process at Global Electronics Inc (GEI). GEI has been using a traditional costing system which allocates manufacturing overhead costs based on direct labour hours‚ which is about 10% of total cost. This costing system resulted in operating losses o $100 million although sales have been $650 million. As a result‚ it was believed that GEI’s costing system is not accurate. GEI’s new top management team believed that an Activity
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