Pearson Studium - Electrical engineering
- Product SKU: 3868943986
- Category: - All products -, Books Collection
Author: Albach, Manfred
Brand: Pearson Studium
Edition: 2nd, updated
Binding: paperback
Number of pages: 688
Release date: 03-07-2020
Characteristics: In Part 1, the concept of the electric and magnetic field is introduced on the basis of observable force effects between charges and between currents. The behavior of the passive components and their interconnection in simple networks are discussed with the integral quantities of voltage, current, resistance, capacitance and inductance derived from this. The properties of transformers are dealt with in detail based on Faraday’s law of induction. In part 2, networks with time-dependent current and voltage forms are analyzed. A first focus is the application of the complex alternating current calculation to special circuits, such as B. resonant circuits, bridge and two-port circuits. The Fourier expansion is introduced for the treatment of periodic signal forms and the Laplace transform for the calculation of simple switching processes. This book corresponds to part 2 of the complete electrical engineering work by the same author. Both parts are also available as individual volumes. Important note for buyers of the eBook / Kindle version: Unfortunately we are not yet able to automatically send the access code to the MyLab | Enable electrical engineering. Please contact our support with your invoice (PDF), who will then send you an access code immediately. We are working on this problem and thank you for your understanding. The first part of this textbook offers an ideal introduction to the physical basics of electrical engineering and electronics. Based on observable force effects between charges and between currents, the concept of the electric and magnetic field is introduced. The behavior of the passive components is discussed with the integral quantities of voltage, current, resistance, capacitance and inductance derived from this. Using the example of direct current circuits, the methods of network analysis are introduced and questions about efficiency and interconnection of sources are examined. Separate chapters are devoted to the power conduction mechanisms. One focus is Faraday’s law of induction and its applications. The induction of motion is considered in connection with the three-phase generators, the rest induction is discussed in great detail using the example of transmitters and transformers. The second part deals with periodic and non-periodic current and voltage forms. The first focus is the complex alternating current bill. In addition to the basic mathematical procedure, special circuits, e.g. B. resonant circuits and bridge circuits, as well as the locus curves discussed in detail. A longer section is devoted to the analysis of two-port circuits. Temporally periodic processes of any curve shape are traced back to a superposition of individual sinusoidal currents or voltages with the help of the Fourier expansion. The second focus is on the switching processes, which are first introduced using simple examples. The Laplace transformation as an elegant method for handling the switching processes forms the last chapter. The textbook, which is made up of the two individual volumes that are still available, is based on the author's many years of teaching experience. It is ideal for the basic course in electrical engineering and is ideally suited for exam preparation and repetition of the basic knowledge of electrical engineering. Important note for buyers of the eBook / Kindle version: Unfortunately, we are not yet able to automatically send the access code to the MyLab | Enable electrical engineering. Please contact our support with your invoice (PDF), who will then send you an access code immediately. We are working on this problem and thank you for your understanding. E-learning The implementation of the didactic concept of the digital worksheets Learn a little… do a little, which has proven itself among students, is new. Here m
Package dimensions: 9.3 x 6.6 x 1.3 inches
Language: German
Author: Albach, Manfred
Brand: Pearson Studium
Edition: 2nd, updated
Binding: paperback
Number of pages: 688
Release date: 03-07-2020
Characteristics: In Part 1, the concept of the electric and magnetic field is introduced on the basis of observable force effects between charges and between currents. The behavior of the passive components and their interconnection in simple networks are discussed with the integral quantities of voltage, current, resistance, capacitance and inductance derived from this. The properties of transformers are dealt with in detail based on Faraday’s law of induction. In part 2, networks with time-dependent current and voltage forms are analyzed. A first focus is the application of the complex alternating current calculation to special circuits, such as B. resonant circuits, bridge and two-port circuits. The Fourier expansion is introduced for the treatment of periodic signal forms and the Laplace transform for the calculation of simple switching processes. This book corresponds to part 2 of the complete electrical engineering work by the same author. Both parts are also available as individual volumes. Important note for buyers of the eBook / Kindle version: Unfortunately we are not yet able to automatically send the access code to the MyLab | Enable electrical engineering. Please contact our support with your invoice (PDF), who will then send you an access code immediately. We are working on this problem and thank you for your understanding. The first part of this textbook offers an ideal introduction to the physical basics of electrical engineering and electronics. Based on observable force effects between charges and between currents, the concept of the electric and magnetic field is introduced. The behavior of the passive components is discussed with the integral quantities of voltage, current, resistance, capacitance and inductance derived from this. Using the example of direct current circuits, the methods of network analysis are introduced and questions about efficiency and interconnection of sources are examined. Separate chapters are devoted to the power conduction mechanisms. One focus is Faraday’s law of induction and its applications. The induction of motion is considered in connection with the three-phase generators, the rest induction is discussed in great detail using the example of transmitters and transformers. The second part deals with periodic and non-periodic current and voltage forms. The first focus is the complex alternating current bill. In addition to the basic mathematical procedure, special circuits, e.g. B. resonant circuits and bridge circuits, as well as the locus curves discussed in detail. A longer section is devoted to the analysis of two-port circuits. Temporally periodic processes of any curve shape are traced back to a superposition of individual sinusoidal currents or voltages with the help of the Fourier expansion. The second focus is on the switching processes, which are first introduced using simple examples. The Laplace transformation as an elegant method for handling the switching processes forms the last chapter. The textbook, which is made up of the two individual volumes that are still available, is based on the author's many years of teaching experience. It is ideal for the basic course in electrical engineering and is ideally suited for exam preparation and repetition of the basic knowledge of electrical engineering. Important note for buyers of the eBook / Kindle version: Unfortunately, we are not yet able to automatically send the access code to the MyLab | Enable electrical engineering. Please contact our support with your invoice (PDF), who will then send you an access code immediately. We are working on this problem and thank you for your understanding. E-learning The implementation of the didactic concept of the digital worksheets Learn a little… do a little, which has proven itself among students, is new. Here m
Package dimensions: 9.3 x 6.6 x 1.3 inches
Language: German
