Electronics
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Electronics
By David Crecraft, David GorhamThe average power in a resistor is v2/R, so (Knsf R R It is important to use the correct sequence of operations when calculating r.m.s. ... it is usually the r.m.s.value; thus a quoted a.c. mains voltage of 240 V is its r.m.s. value.
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Electronics
By Allan R. HambleyThe book provides a wealth of readily accessible information on basic electronics for electrical and computer engineering.
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Electronics: A General Introduction for the Non-Specialist
By George Henry OlsenA General Introduction for the Non-Specialist George Henry Olsen ... meter to give +25 mV, H:250 mV and +2.5 V for full-scale deflection A much more sophisticated instrument for gas chromatography is described by Gabriel and Morris".
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Electronics
By Roger Francis BridgmanTraces the history, discoveries, and devices of the science of electronics.
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Electronics
By Roger Francis BridgmanElectronics
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Electronics
By Jack Maxwell Calvert, Malcolm Alexander Hamilton McCauslandElectronics
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Electronics
By Jack Maxwell Calvert, Malcolm Alexander Hamilton McCauslandElectronics
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Electronics
By W. P. JollyElectronics
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Electronics
By Allan R. Hambley"The book provides a wealth of readily accessible information on basic electronics for those interested in electrical and computer engineering.
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Electronics: Made Simple
By George H. OlsenJunction field-effect transistors are made by forming a pn junction between the gate and channel. ... Suggested Further Reading Reddihough, J. A., and Sinclair, I. R., Beginners Guide to Transistors, Heinemann Newnes, 1975.
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Electronics: Project Management and Design
By D. Joseph StadtmillerDesigned to better prepare individuals for a career in electronics, this book contains critically important concepts and the preliminary tools needed for a productive first week on the job.KEY TOPICS...
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Electronics: A First Course
By Owen BishopExample An immersion heater converts electrical energy into heat energy. We use these other forms of energy for doing useful work in the home. Things to do Make a list of the electrical appliances in your home.
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Electronics: A Systems Approach
By Neil StoreyThe third edition of "Electronics: A Systems Approach" is an outstanding introduction to this fast-moving, important field. Fully updated, it covers the latest changes and developments in the world of electronics.
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Electronics: Principles and Applications
By Charles A. SchulerLike earlier editions, the sixth edition combines theory with real world applications in a well-paced sequence that introduces students to such topics as semiconductors, op amps, linear integrated circuits, and switching power supplies.
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Electronics: from Classical to Quantum
By Michael Olorunfunmi KolawoleFrom theory to practice: Sub-Nyquist sampling of sparse wideband analog signals. IEEE Journal of Selected ... Analog and Digital Circuits for Electronic Control System Applications Using the TI MSP430 Microcontroller. Amsterdam: Newnes.
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Electronics: The Life Story of a Technology
By David Morton, Joseph GabrielProvides the first history of what engineers call electron devices--vacuum tubes, lasers, image displays, transistors, and computer chips--that form the hidden but increasingly important "guts" of modern technologies.
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Electronics: A Self-Teaching Guide
By Harry KybettIt’s never been easier to teach yourself basic electronics. Electronics 2nd Edition A Self-Teaching Guide The first edition of Electronics sold over 50,000 copies—and made learning principles and practices easier...
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Electronics
By Research and Education Association, Max FogielThe central element in sequential digital circuits is the flip - flop , i.e. , the bistable multivibrator . A flip- flop circuit can be constructed by either transistors or logic gates . In transistor flip - flop circuits ...
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Electronics: A First Course
By Owen BishopThis text is ideal for a wide range of introductory courses in electronics, technology, physics and engineering.
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Electronics: Circuits, Amplifiers and Gates, Second Edition
By D.V. Bugg3.7 AC Coupling and Baseline Shift Suppose the input signal to a CR circuit figure 3.13 ( a ) has the irregular shape in figure 3.13 ( b ) . The voltage Vc across the capacitor follows with time constant CR as on figure 3.13 ( c ) .