TAILIEUCHUNG - Ebook Introduction to mechatronics and measurement systems-David alciatore: Part 2

(BQ) Part 2 book "Introduction to mechatronics and measurement systems-David alciatore" has contents: Microcontroller programming and interfacing, data acquisition, sensors, actuators, mechatronic systems—control architectures and case studies. | Confirming Pages 7 C H A P T E R Microcontroller Programming and Interfacing T his chapter describes how to program and interface a microcontroller. Various input and output devices are also presented.■ MECHANICAL SYSTEM - system model - dynamic response ACTUATORS SENSORS - solenoids, voice coils - DC motors - stepper motors - servo motors - hydraulics, pneumatics switches - strain gage - potentiometer - thermocouple - photoelectrics - accelerometer - digital encoder - MEMs GRAPHICAL DISPLAYS LCD digital displays - CRT - LEDs OUTPUT SIGNAL CONDITIONING AND INTERFACING - D/A, D/D power transistors - amplifiers power op amps - PWM INPUT SIGNAL CONDITIONING AND INTERFACING - discrete circuits - filters - amplifiers - A/D, D/D DIGITAL CONTROL ARCHITECTURES sequencing and timing microcontroller logic and arithmetic control algorithms - SBC communication - PLC - logic circuits CHAPTER OBJECTIVES After you read, discuss, study, and apply ideas in this chapter, you will: 1. Understand the differences among microprocessors, microcomputers, and microcontrollers 2. Know the terminology associated with a microcomputer and microcontroller 3. Understand the architecture and principles of operation of a microcontroller 258 258 12/01/11 12:52 PM Confirming Pages Microprocessors and Microcomputers 259 4. Understand the basic concepts of assembly language programming 5. Understand the basics of higher level programming languages such as PicBasic Pro 6. Be able to write programs to control PIC microcontrollers 7. Be able to interface microcontrollers to input and output devices 8. Be able to design microcontroller-based mechatronic systems 9. Be aware of several practical considerations that will help you prototype, program, and debug microcontroller-based systems 10. Be able to select an appropriate source of power for a microcontroller-based system MICROPROCESSORS AND MICROCOMPUTERS The digital circuits presented in .

• Cơ khí - Chế tạo máy
• Introduction to mechatronics
• Measurement systems David alciatore
• Microcontroller programming
• Data acquisition
• Mechatronic systems
• Control architectures
• Electric circuits and components
• Electric circuits
• System response
• Analog signal processing
• Digital circuits
• Measurement systems
• Semiconductor electronics
• Mechatronic systems—control architectures
• Case studies
• Essentials of mechatronics
• The bare essentials
• Ggaining experience
• Introduction to the next level
• Electronic design
• Essential control theory
• Mechatronics
• System Interfacing
• Instrumentation
• Microprocessor
• Modeling Electromechanical Systems
• Physical Basis
• Control Systems
• Mechantronics an introduction
• What is mechatronics
• Mechatronic design approach
• In troduction to sensors
• Fundamentals of time
• Actuator characteristics
• The role of controls
• System interfaces
• Mechatronics design
• Tự động hóa
• Năng lượng
• Cơ khí chế tạo máy
• Điện – điện tử
• Kiến trúc xây dựng
• thủ thuật máy tính
• công nghệ thông tin
• tin học
• quản trị mạng
• computer network
• Reusing Existing
• Software Components
• Attitude Control
• Component Control
• Satellite Architectures
• Rocket Motors
• Robotics
• Control Robot
• robotics structure
• robotics systems
• robotics design
• robotics manufacturing
• Database system concepts
• Concurrency control
• Recovery system
• Database system architectures
• Parallel databases
• Advanced transaction processing
• Distributed databases
• Lecture Software Engineering
• Software Engineering
• Architectural design
• System organisation
• Decomposition styles
• Control styles
• Reference architectures