Transistor circuit techniques : discrete and integrated /

• Ritchie, G. J.

• Transistor circuits

• Chapman & Hall/CRC,

• Tutorial guides in electronic engineering 1

• 9780748740758
• 0748740759

• Includes bibliographical references (p. 216) and index.

• Self tuning systems control and signal processing
• Linear circuit analysis
• Schaums outline of theory and problems of electric circuits
• Schaums outline of theory and problems of digital principles
• Industrial process control systems
• Solutions of problems in control engineering Linear systems
• Graphics programming in Turbo C 2 0
• Flexible manufacturing systems and associated technologies
• Electrical power systems
• Transistor circuit analysis and design
• Engineering systems modelling and control
• Control engineering
• Adaptive control systems
• Power system analysis
• Introduction to electronic amplifiers
• Analogue circuit design a first course
• Elements of power system analysis
• Schaums outline of theory and problems of basic circuit analysis
• Programming microcontrollers in C
• Systematic electronics
• Modern electronic communication
• SPICE for circuits and electronics using PSpice
• Principles of transistor circuits introduction to the design of amplifiers receivers and digital circuits
• Solving problems in control
• Newnes control engineering pocket book
• Analogue electronics
• Communication electronics
• Spice
• Electric power systems
• Basic electronic communication
• SPICE a guide to circuit simulation and analysis using PSpice
• Signals and systems models and behaviour
• Modern digital and analog communication systems
• introduction to real time systems from design to multitasking with CC++
• Principles of transistor circuits introduction to the design of amplifiers receivers and digital circuits
• Spice a guide to circuit simulation and anlysis using PSpice
• Applied digital control theory design and implementation
• Digital systems principles and applications
• object concept an introduction to computer programming using C++
• System modelling and control
• Linear integrated circuits
• Electrical circuit principles
• Signals and systems an introduction
• Modern control systems analysis and design using MATLAB
• Programmable controllers an engineers guide
• Digital logic design
• Digital electronics
• students guide to Fourier transforms with applications in physics and engineering
• Digital electronics a practical approach
• Power electronics circuits devices and applications
• CMOS analog circuit design
• Embedded systems design
• Interfacing with C
• Digital transmission engineering
• Computational aids in control systems using MATLAB
• Management for engineers
• Fourier series
• Microelectronic circuits
• Microelectronics
• Design of analog filters
• C for electronic engineering with applied software engineering
• Microelectronic circuits
• Metrology for engineers
• Electric circuits fundamentals
• Object oriented programming in C++
• MATLAB for engineers
• Electronic devices and circuit theory
• Optical communications components and systems
• Power system analysis and design
• Radio communication
• Programmable logic controllers principles and applications
• Operational amplifiers
• DSP handbook algorithms applications and design techniques
• Basic electronics
• First book of C++ from here to there
• Hughes electrical technology
• Electronic communication systems
• Analogue and digital electronics
• Introductory circuit analysis
• Electronic devices
• PIC BASIC programming and projects
• Digital fundamentals
• C++ for engineers and scientists
• Analysis and design of analog integrated circuits
• Introduction to electromagnetism
• Embedded C programming and the microchip PIC
• Principles of control engineering
• Power electronics
• PIC in practice a project based approach
• Operational amplifiers
• Electronics a systems approach
• Electronic devices
• Audio power amplifier design handbook
• Control system design and simulation
• Electrical machines drives and power systems
• Engineers in business the principles of management and product design
• Analysis and design of analog integrated circuits
• VHDL made easy
• Introduction to VHDL
• Introductory circuit analysis