Electronics Engineering
Yale University Press (9780300194951) | Second edition
(9780071799706 / 9780071799706)
Addison-Wesley Professional (9780135957059)
Routledge (9780240515878)
Routledge (9780240804866)
Brand: Cambridge University Press (9780521154307 / 9780521154307)
(9781108428262 / 30781403)
Springer (9780792379867) | Si RF ICs
(9780387743141 / 6809905)
Springer (9789401786843)
Springer (9783642553110)
Pearson Education Limited (9781292141008) - Andrew Buckenham - Mixed media product, - Pearson Education Limited - ISBN: 9781292141008 - Publication date: 11 Oct 2016 - Weight: 1.216 g
Newnes (9780080999241) | PIC Microcontroller
(9780198506928) - Height: 245 mm - Spine width: 30 mm - Width: 190 mm - Oxford University Press - OUP Oxford - ISBN: 9780198506928 - Number of pages: 648 - Languages: English - Publication date: 05 Aug 2010
(9783319584867) - Edition: 2nd Edition 2017th edition - Height: 160 mm - Spine width: 20 mm - Width: 238 mm - Springer - Springer International Publishing - ISBN: 9783319584867 - Number of pages: 356
(9780750674034) | Analog RF
Cambridge University Press (9780521183994) | Applied Quantum Mechanics
Newnes (9780750685252)
John Wiley and Sons Ltd (9780470979815)
Explore the fundamentals of magnetic phenomena, from microscopic spin interactions to macroscopic field behavior, with clear explanations and practical examples that illuminate how magnetic materials shape modern technology.
(9780521809269) - Dimensions: 210 x 264 x 48mm | 2,300g - Third edition - Cambridge University Press - Cambridge, United Kingdom - Edition statement: 3rd Revised edition - Format: 1220 pages - Height: 218 mm | Art of Electronics
(9781107022775) | Introduction to Communication Systems
Morgan Kaufmann (9780128000564)
Wentworth, Stuart M. (9780470105757 / 9780470105757)
Springer (9780387987804) | Statistical Learning Theory
Springer (9781402071157)
Springer-Verlag Berlin and Heidelberg GmbH & Co. K (9783642004964 / Illustrations)
(9781107187528)
CRC Press (9780748770366)
Morgan Kaufmann (9780128174029)
Cambridge University Press (9780521646703 / 38 b/w illus. 48 tables 104 exercises)
Explore quantum collective behavior with clear explanations of Green’s functions, diagrammatic techniques, and many-body perturbation theory, illustrated through condensed matter examples like superconductivity and magnetism.