Mathematical requirements have been kept to a minimum.;The book is not based on any single syllabus but is suitable for students taking BTEC units Electronics NII and NIII, City and Guilds Electronics Servicing (course 2240), GCSE and A'Level course, and short courses in further and higher education.

;This second chapter has been updated with additions to certain chapters, particularly those on digital systems and computing.andTable of ContentsPart 1 Basic electricity: direct current; alternating current.

Part 2 Components: resistors; capacitors; inductors; semiconductor diodes; transistors; transducers and switches. Part 3 Linear circuits: basic audio frequency amplifiers; more audio frequency amplifiers; radio frequency amplifiers and oscillators; operational amplifiers and linear integrated circuits.

Part 4 Digital circuits: basic switching circuits; decision-making circuits; memory-type circuits; more digital circuits. Part 5 Electronic systems: radio, television, audio and communications systems; digital systems; computers and microprocessors; power supplies and test instruments.

and Deliverable Countries : This product ships to Product DescriptionThis text aims to provide an understanding of the basic principles of electronics related to the communication, control and computer systems which affect life. Practical applications of the subject are considered throughout, and actual devices and their uses are described, to encourage the reader to do some electronics.

Mathematical requirements have been kept to a minimum.;The book is not based on any single syllabus but is suitable for students taking BTEC units Electronics NII and NIII, City and Guilds Electronics Servicing (course 2240), GCSE and A'Level course, and short courses in further and higher education.

;This second chapter has been updated with additions to certain chapters, particularly those on digital systems and computing.andTable of ContentsPart 1 Basic electricity: direct current; alternating current.

Part 2 Components: resistors; capacitors; inductors; semiconductor diodes; transistors; transducers and switches. Part 3 Linear circuits: basic audio frequency amplifiers; more audio frequency amplifiers; radio frequency amplifiers and oscillators; operational amplifiers and linear integrated circuits.

Part 4 Digital circuits: basic switching circuits; decision-making circuits; memory-type circuits; more digital circuits. Part 5 Electronic systems: radio, television, audio and communications systems; digital systems; computers and microprocessors; power supplies and test instruments.

and Deliverable Countries : This product ships to Product DescriptionThis text aims to provide an understanding of the basic principles of electronics related to the communication, control and computer systems which affect life. Practical applications of the subject are considered throughout, and actual devices and their uses are described, to encourage the reader to do some electronics.

Mathematical requirements have been kept to a minimum.;The book is not based on any single syllabus but is suitable for students taking BTEC units Electronics NII and NIII, City and Guilds Electronics Servicing (course 2240), GCSE and A'Level course, and short courses in further and higher education.

;This second chapter has been updated with additions to certain chapters, particularly those on digital systems and computing.andTable of ContentsPart 1 Basic electricity: direct current; alternating current.

Part 2 Components: resistors; capacitors; inductors; semiconductor diodes; transistors; transducers and switches. Part 3 Linear circuits: basic audio frequency amplifiers; more audio frequency amplifiers; radio frequency amplifiers and oscillators; operational amplifiers and linear integrated circuits.

Part 4 Digital circuits: basic switching circuits; decision-making circuits; memory-type circuits; more digital circuits. Part 5 Electronic systems: radio, television, audio and communications systems; digital systems; computers and microprocessors; power supplies and test instruments.

and Deliverable Countries : This product ships to Product DescriptionThis text aims to provide an understanding of the basic principles of electronics related to the communication, control and computer systems which affect life. Practical applications of the subject are considered throughout, and actual devices and their uses are described, to encourage the reader to do some electronics.

Mathematical requirements have been kept to a minimum.;The book is not based on any single syllabus but is suitable for students taking BTEC units Electronics NII and NIII, City and Guilds Electronics Servicing (course 2240), GCSE and A'Level course, and short courses in further and higher education.

;This second chapter has been updated with additions to certain chapters, particularly those on digital systems and computing.andTable of ContentsPart 1 Basic electricity: direct current; alternating current.

Part 2 Components: resistors; capacitors; inductors; semiconductor diodes; transistors; transducers and switches. Part 3 Linear circuits: basic audio frequency amplifiers; more audio frequency amplifiers; radio frequency amplifiers and oscillators; operational amplifiers and linear integrated circuits.

Part 4 Digital circuits: basic switching circuits; decision-making circuits; memory-type circuits; more digital circuits. Part 5 Electronic systems: radio, television, audio and communications systems; digital systems; computers and microprocessors; power supplies and test instruments.

and Deliverable Countries : This product ships to (less)

Mathematical requirements have been kept to a minimum.;The book is not based on any single syllabus but is suitable for students taking BTEC units Electronics NII and NIII, City and Guilds Electronics Servicing (course 2240), GCSE and A'Level course, and short courses in further and higher education.

;This second chapter has been updated with additions to certain chapters, particularly those on digital systems and computing.andTable of ContentsPart 1 Basic electricity: direct current; alternating current.

Part 2 Components: resistors; capacitors; inductors; semiconductor diodes; transistors; transducers and switches. Part 3 Linear circuits: basic audio frequency amplifiers; more audio frequency amplifiers; radio frequency amplifiers and oscillators; operational amplifiers and linear integrated circuits.

Part 4 Digital circuits: basic switching circuits; decision-making circuits; memory-type circuits; more digital circuits. Part 5 Electronic systems: radio, television, audio and communications systems; digital systems; computers and microprocessors; power supplies and test instruments.

and (less)

Table of Contents: Part I: The Foundation of C++: The C Subset 1: An Overview of C 2: Expressions 3: Statements 4: Arrays and Null-Terminated Strings 5: Pointers 6: Functions 7: Structures, Unions, Enumerations, and User-Defined Types 8: C-Style Console I/O 9: File I/O 10: The Preprocessor and Comments Part II: C++ 11: An Overview of C++ 12: Classes and Objects 13: Arrays, Pointers, References, and the Dynamic Allocation Operators 14: Function Overloading, Copy Constructors, and Default Arguments 15: Operator Overloading 16: Inheritance 17: Virtual Functions and Polymorphism 18: Templates 19: Exception Handling 20: The C++ I/O System Basics 21: C++ File I/O 22: Run-Time Type ID and the Casting Operators 23: Namespaces, Conversion Functions, and Other Advanced Topics 24: Introducing the Standard Template Library Part III: The Standard Function Library 25: The C-Based I/O Functions 26: The String and Character Functions 27: The Mathematical Functions 28: Time, Date, and Localization Functions 29: The Dynamic Allocation Functions 30: Utility Functions 31: The Wide-Character Functions Part IV: The Standard C++ Class Library 32: The Standard C++ I/O Classes 33: The STL Container Classes 34: The STL Algorithms 35: STL Iterators, Allocators, and Function Objects 36: The String Class 37: The Numeric Classes 38: Exception Handling and Miscellaneous Classes Part V : Applying C++ 39: Integrating New Classes: A Custom String Class 40: An Object-Oriented Expression Parser Deliverable Countries : This product ships to Description: Best-selling genius Herb Schildt covers everything from keywords, syntax, and libraries, to advanced features such as overloading, inheritance, virtual functions, namespaces, templates, and RTTI?plus, a complete description of the Standard Template Library (STL).Table of Contents: Part I: The Foundation of C++: The C Subset 1: An Overview of C 2: Expressions 3: Statements 4: Arrays and Null-Terminated Strings 5: Pointers 6: Functions 7: Structures, Unions, Enumerations, and User-Defined Types 8: C-Style Console I/O 9: File I/O 10: The Preprocessor and Comments Part II: C++ 11: An Overview of C++ 12: Classes and Objects 13: Arrays, Pointers, References, and the Dynamic Allocation Operators 14: Function Overloading, Copy Constructors, and Default Arguments 15: Operator Overloading 16: Inheritance 17: Virtual Functions and Polymorphism 18: Templates 19: Exception Handling 20: The C++ I/O System Basics 21: C++ File I/O 22: Run-Time Type ID and the Casting Operators 23: Namespaces, Conversion Functions, and Other Advanced Topics 24: Introducing the Standard Template Library Part III: The Standard Function Library 25: The C-Based I/O Functions 26: The String and Character Functions 27: The Mathematical Functions 28: Time, Date, and Localization Functions 29: The Dynamic Allocation Functions 30: Utility Functions 31: The Wide-Character Functions Part IV: The Standard C++ Class Library 32: The Standard C++ I/O Classes 33: The STL Container Classes 34: The STL Algorithms 35: STL Iterators, Allocators, and Function Objects 36: The String Class 37: The Numeric Classes 38: Exception Handling and Miscellaneous Classes Part V : Applying C++ 39: Integrating New Classes: A Custom String Class 40: An Object-Oriented Expression Parser Deliverable Countries : This product ships to Description: Best-selling genius Herb Schildt covers everything from keywords, syntax, and libraries, to advanced features such as overloading, inheritance, virtual functions, namespaces, templates, and RTTI?plus, a complete description of the Standard Template Library (STL).

Table of Contents: Part I: The Foundation of C++: The C Subset 1: An Overview of C 2: Expressions 3: Statements 4: Arrays and Null-Terminated Strings 5: Pointers 6: Functions 7: Structures, Unions, Enumerations, and User-Defined Types 8: C-Style Console I/O 9: File I/O 10: The Preprocessor and Comments Part II: C++ 11: An Overview of C++ 12: Classes and Objects 13: Arrays, Pointers, References, and the Dynamic Allocation Operators 14: Function Overloading, Copy Constructors, and Default Arguments 15: Operator Overloading 16: Inheritance 17: Virtual Functions and Polymorphism 18: Templates 19: Exception Handling 20: The C++ I/O System Basics 21: C++ File I/O 22: Run-Time Type ID and the Casting Operators 23: Namespaces, Conversion Functions, and Other Advanced Topics 24: Introducing the Standard Template Library Part III: The Standard Function Library 25: The C-Based I/O Functions 26: The String and Character Functions 27: The Mathematical Functions 28: Time, Date, and Localization Functions 29: The Dynamic Allocation Functions 30: Utility Functions 31: The Wide-Character Functions Part IV: The Standard C++ Class Library 32: The Standard C++ I/O Classes 33: The STL Container Classes 34: The STL Algorithms 35: STL Iterators, Allocators, and Function Objects 36: The String Class 37: The Numeric Classes 38: Exception Handling and Miscellaneous Classes Part V : Applying C++ 39: Integrating New Classes: A Custom String Class 40: An Object-Oriented Expression Parser Deliverable Countries : This product ships to (less)

This volume is suitable for graduate students and research mathematicians interested in probability and statistics (less)

It is useful for a graduate course in PDEs (less)

This book is useful for supplementary reading or as an independent study text. It is also suitable for graduate students and researchers interested in partial differential equations (less)

Then, the most important 'special functions' such as Hermite, Legendre, Laguerre, Chebyshev, are discussed in terms of their applications in quantum mechanics to bring interest in this subject (less)