Microelectronic Circuit Design (6th Edition) – eBook

Description

ISE Microelectronic Circuit Design, 6th Edition (ePub/PDF) offers an exhaustive exploration of both analog and digital circuits, equipping students with essential knowledge and practical techniques for contemporary electronic circuit design. This edition meticulously covers a vast range of topics, ensuring that learners gain a solid grasp of both discrete and integrated circuit concepts. The material is thoughtfully curated to fit either a two-semester or a three-quarter sequence in electronics, making it adaptable to various educational frameworks.

Among the standout features of this edition is the integration with Connect’s SmartBook 2.0, enhancing the learning experience through interactive eBooks and a variety of homework problems specifically designed to reinforce the core concepts presented in the text. To support educators in their teaching efforts, a comprehensive set of Instructor Resources is available, which includes a Solutions Manual and PowerPoint presentations, making lesson planning more efficient and effective.

Additional ISBNs for Microelectronic Circuit Design Sixth Edition include: 978-1260483994, 978-1260597851, 978-1264363896, 978-1259852688, 978-1264603428, 978-1264602711, 1264602715, 978-1264609680, 126460968X, 978-1264607525, 9781264602711, 978-1265066208, 978-1265075323, 978-1264607525, 978-1264603428, 1260483991, 1264607520, 9781264609680, 9781265066208, 978-1265075323, 9781265075323, 1265075328, 978-1264609680.

NOTE: This purchase includes only the ebook version of ISE Microelectronic Circuit Design 6th Edition in its original ePub format. A converted PDF version is also provided. The International Student Edition is identical to the USA/North American version and does not contain any access codes.

Whether you are a student diving into the world of microelectronic circuit design or an instructor seeking a robust educational resource, this edition is designed to foster a deep understanding of key concepts, facilitating success in one of the most vital fields of modern engineering.