rdlc data matrix

rdlc data matrix

rdlc data matrix

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74. Meares, L.G.; Hymowitz, C.E.; Martinelli, R. Magnetics Designer User s Guide, Intusoft, San Pedro, CA, 1996. 75. Martinelli, R. Designing high frequency transformers using computer aided techniques, Powertechnics Magazine, Jan. 1988. 76. Meares, L.; Hymowitz, C.E. Improved Spice model simulates transformers physical processes, EDN, 19 Aug. 1993. 77. Watson, J.K. Applications of Magnetism, John Wiley and Sons, New York, 1980. 78. Members of the Staff of the Department of Electrical Engineering Massachusetts Institute of Technology, Magnetic Circuits and Transformers, John Wiley and Sons, New York, 1947. 79. Cherry, E.C. The duality between interlinked electric and magnetic circuits and the formation of transformer equivalent circuits, Proceedings of the Physical Society, 1949, 62B, 101 111. 80. Peters; Maka. An analytical procedure for determining equivalent circuits of static electromagnetic devices, IEEE Transactions on Industry and General Applications, 1966, 2(6), 456 460. 81. Duaharjre, A.; Middlebrook, R.D. Modeling and estimation of leakage phenomena in magnetic circuits, Proceedings of the IEEE Power Electronics Specialists Conference (PESC), Baveno, Italy, 1986, pp. 213 226. 82. Starr, F.M. Equivalent circuits I, Transactions of the AIEE, June 1932, 51, 287 298. 83. El-Hamamsy, S. A.; Chang, E. Magnetics modeling for computer-aided design of power electronics circuits, Proceedings of the IEEE Power Electronics Specialists Conference (PESC), Savannah, GA, 1989, pp. 635 645.

Thus, recreational gambling, while somewhat deviant from the mainline of game playing, probably deserves.

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84 Hamill, D Lumped equivalent circuits of magnetic components: the gyratorcapacitor approach, IEEE Transactions on Power Electronics, Apr 1993, 8(2), 97 103 85 Hamill, D Gyrator-capacitor modeling: a better way of understanding magnetic understanding magnetic components, IEEE Applied Power Electronics Conference (APEC) proceedings, 1994, pp 326 332, 0-7803-1456-5/94 86 Urling, AM; Niemela, VA; Skutt, GR; Wilson, TG Characterizing high-frequency effects in transformer windings a guide to several signi cant articles, IEEE Power Electronics Specialists Conference (PESC) record, June 1989, pp 373 385 87 Dowell, PL Effects of eddy currents in transformer windings, Proceedings of IEE, Aug 1966, 113(8), 1387 1394 88 Venkatraman, PS Winding eddy current losses in switch mode power transformers due to rectangular wave currents, Proceedings of the 11th National Solid-State Power Conversion Conference (Powercon 11), Dallas, TX, 1984, pp A11 A111 89 Severns, RP.

A simple, general method for calculating HF winding losses for arbitrary current waveforms, Proceedings of the High Frequency Power Converter Conference (HFPC), Toronto, 1991 90 Owen, HA, Jr; Niemela, VA; Wilson, TG Enhanced cross-coupled-secondaries model for multiwinding transformers, Proceedings of the IEEE Power Electronics Specialists Conference (PESC), San Antonio, TX, 1992, pp 1269 1276 91 Niemela, VA; Owen, HA, Jr; Wilson, TG Frequency-independent-element crosscoupled-secondaries model for multiwinding transformers, Proceedings of the IEEE Power Electronics Specialists Conference (PESC), San Antonio, TX, 1992, pp 1262 1268 92 Collins, J An accurate method for modeling transformer winding capacitances, IEEE Industrial Electronics Conference (IECON) Proceedings, vol 2, Asilomar, CA, Nov 1990, pp 1094 1099 93 Carsten, B High frequency conductor losses in switchmode magnetics, Proceedings of the High Frequency Power Converter Conference (HFPC), Virgnia Beach, VA, May 1986, pp 155 176 94.

While reacting immediately to events within the extended supply chain and establishing seamless collaborative processes are objectives for many companies, in actuality, very few can do them effectively. This is so because today, process and data standards, as well as information-system architectures, can be major inhibitors to the various collaboration approaches discussed in 4. Many systems in use today still rely on point-to-point or hub-and-spoke architectures. Their primary utility is to move materials more quickly and efficiently. And today s supply chain strategies and processes reflect the limitations of these tools. Next-generation supply chain tools will emphasize collaboration and information availability more than speed and efficiency and support three fundamental characteristics: transparency, flexibility, and simultaneity. As these technologies continue to evolve and supply chain practitioners become more comfortable with their effectiveness, strategies, processes, and organizational capabilities will evolve in parallel. Figure 6-3 shows some specific applications that you may consider using to enable these next-generation characteristics as you develop and manage your roadmap to change.

inclusion in the fold of games. Serious gambling, however, involving large sums of money expended more for anticipated financial gain than for recreation, lies on the far side of the gray zone. A special form of gambling, deserving special consideration here, is poker. Poker is a game of bluffing; the key to success in the game lies in convincing your opponent that you have better or worse cards than you really have. Because money is at stake, the player experiences stresses that strain his ability to deceive his opponents. Thus, the risk of gambling, a mere outcome of other games, is an intrinsic part of the structure of poker. This unique aspect of poker merits special consideration. I would not hesitate to classify poker as a game.