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Once again Owen Bishop has produced a concise, readable text to introduce a wide range of students, technicians and professionals to an important area of electronics. Control is a highly mathematical subject, but here maths is kept to a minimum, with flow charts to illustrate principles and techniques instead of equations. Cutting edge topics such as microcontrollers, neural networks and fuzzy control are all here, making this an ideal refresher course for those working in industry. Basic principles, control algorithms and hardwired control systems are also fully covered so the resulting book is a comprehensive text and well suited for college courses or background reading for university students. The text is supported by questions under the headings Keeping Up and Test Your Knowledge so that the reader can develop a sound understanding and the ability to apply the techniques they are learning. These features are particularly useful for independent study or courses with limited contact time. Owen Bishop is one of the world's leading electronics authors, with a loyal following among electronics enthusiasts and an established reputation as a textbook author. A practical approach with a minimum of maths Ideal for self-study or reference by technicians/professionals Suitable for FE course adoptions and HE background reading
Essentially all automotive electrical systems are effected by the new electrical system voltage levels (the shift from 14-volt systems to 42-volt systems.) As in all previous editions, this revision keeps Understanding Automotive Electronics up-to-date with technological advances in this rapidly evolving field.This sixth edition of Understanding Automotive Electronics covers the most recent technological advances in operation and troubleshooting of electronic systems and components. This is a practical text, suitable for the automotive technician, student or enthusiast. It includes low-emission standards, on-board diagnostics and communications, digital instrumentation, and digital engine control.In addition, the new edition explains new electronically controlled vehicle motion control systems including advanced suspension, electronically controlled electric power steering, 4-wheel steering and electronically controlled electric brakes. The braking systems are part of an integrated motion control system that couples ABS brakes; traction control and variable vehicle dynamics for enhanced stability are also described. The development of hybrid/electric vehicles and their associated electronic control/monitoring systems as well as the new technologies incorporated into conventional gasoline and diesel-fueled engines are also discussed.
Understanding Automotive Electronics is the first port of call for control engineers, system engineers and electronic engineers in the automotive industry needing a thorough grounding in automotive electronics and control. From simple automotive electronic circuits to the latest developments in telematics, active safety, entertainment and communications, the book is also an ideal resource for more senior automotive engineers without a background in electronics or control needing to work in the area or supervise specialists. Thoroughly updated throughout, this new edition moves away from introductory mechanic-level electronics to cover more hot topics such as transmission control, hybrid control, AUTOSAR (AUTomotive Open System ARchitecture) and vehicle networks. Comprehensive coverage of automotive electronics and control, including the latest technology in telematics, active safety, entertainment and communications Covers the topic from an engineering perspective rather than a technician or mechanic-focused trouble-shooting level Ideal as a conversion tool for control and electronic engineers moving into the automotive industry and a valuable reference for all automotive engineers without an electronics background needing to understand this far-reaching topic
Understand Electronics will enable you to grasp the fundamental concepts of electronics as well as the more complex principles. Offering support and clarity throughout, this book covers everything from voltage, dividers and resisors to logic gates and Boolean algebra. You will gain a solid understanding and feel confident in demonstrating your knowledge. NOT GOT MUCH TIME? One, five and ten-minute introductions to key principles to get you started. AUTHOR INSIGHTS Lots of instant help with common problems and quick tips for success, based on the author's many years of experience.v TEST YOURSELF Tests in the book and online to keep track of your progress. EXTEND YOUR KNOWLEDGE Extra online articles at to give you a richer understanding of electronics. FIVE THINGS TO REMEMBER Quick refreshers to help you remember the key facts. TRY THIS Innovative exercises illustrate what you've learnt and how to use it.
Understand Electronics provides a readable introduction to the exciting world of electronics for the student or enthusiast with little previous knowledge. The subject is treated with the minimum of mathematics and the book is extensively illustrated. This is an essential guide for the newcomer to electronics, and replaces the author's best-selling Beginner's Guide to Electronics. The step-by-step approach makes this book ideal for introductory courses such as the Intermediate GNVQ.
Control System Design Guide, 3E will help engineers to apply control theory to practical systems using their PC. This book provides an intuitive approach to controls, avoiding unnecessary mathematics and emphasizing key concepts with more than a dozen control system models. Whether readers are just starting to use controllers or have years of experience, this book will help them improve their machines and processes. * Teaches controls with an intuitive approach, avoiding unnecessary mathematics. * Key topics are demonstrated with realistic models of control systems. * All models written in Visual ModelQ, a full graphical simulation environment available freely via the internet. * New material on OBSERVERS explained using practical applications. * Explains how to model machines and processes, including how to measure working equipment; describes many nonlinear behaviours seen in industrial control systems. * Electronic motion control, including details of how motors and motor feedback devices work, causes and cures of mechanical resonance, and how position loops work.

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