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Microcontroller Program Development
2014This chapter provides an introduction to various microcontroller program development tools. The highly popular program description language (PDL) is described with many examples. In addition, the less commonly used flow chart technique is described, again with several examples. Examples are given to show the advantages and disadvantages of both the PDL
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2003
Publisher Summary This chapter presents an overview of programming methods, functions, and specific assembly language instructions for microcontrollers. Programming is the method of telling the microcontroller how to handle inputs, manipulate data, and control outputs. The outputs from microcontrollers are usually digital.
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Publisher Summary This chapter presents an overview of programming methods, functions, and specific assembly language instructions for microcontrollers. Programming is the method of telling the microcontroller how to handle inputs, manipulate data, and control outputs. The outputs from microcontrollers are usually digital.
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2003
Publisher Summary This chapter discusses various aspects of microcontroller memory. The memory included in the microcontroller is often limited and therefore, it is often necessary to use both internal and external memory. Random access memory (RAM) is used in a microcontroller to temporarily hold data that is used in the program.
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Publisher Summary This chapter discusses various aspects of microcontroller memory. The memory included in the microcontroller is often limited and therefore, it is often necessary to use both internal and external memory. Random access memory (RAM) is used in a microcontroller to temporarily hold data that is used in the program.
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2001
Publisher Summary This chapter examines the programming of systems employing large microcontrollers. One of the main advantages of the use of a high-level language is that it keeps the nasty details of the underlying computer hidden from the programmer. The MC68HC16 is a truly complicated device.
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Publisher Summary This chapter examines the programming of systems employing large microcontrollers. One of the main advantages of the use of a high-level language is that it keeps the nasty details of the underlying computer hidden from the programmer. The MC68HC16 is a truly complicated device.
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2014
This chapter describes the PIC® microcontroller from a C programmer’s point of view. The internal hardware configuration is described, including opcodes, stack, clock, program memory, RAM, special function registers (SFRs), and configuration bits. The different chip families and other variations are covered.
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This chapter describes the PIC® microcontroller from a C programmer’s point of view. The internal hardware configuration is described, including opcodes, stack, clock, program memory, RAM, special function registers (SFRs), and configuration bits. The different chip families and other variations are covered.
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2001
Publisher Summary This chapter highlights the basic concepts of a microcontroller. A computer system can be broken down into multiple levels or layers to show the translation of a specific instruction into a form that can be directly processed by the computer hardware.
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Publisher Summary This chapter highlights the basic concepts of a microcontroller. A computer system can be broken down into multiple levels or layers to show the translation of a specific instruction into a form that can be directly processed by the computer hardware.
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2011
Publisher Summary This chapter focuses on the operations of the microcontroller. The microcontroller contains a program execution section and a register processing sections. The program execution section contains the program memory, instruction register and control logic, which store, decode, and execute the program.
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Publisher Summary This chapter focuses on the operations of the microcontroller. The microcontroller contains a program execution section and a register processing sections. The program execution section contains the program memory, instruction register and control logic, which store, decode, and execute the program.
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2004
Publisher Summary This chapter focuses on other microcomputers related to the 6812. There are smaller microcomputers, such as the 6805 and the 6811, which are ideal for controlling appliances and small systems, and there are larger microcomputers, such as the 68300 series, which are excellent for larger programs.
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Publisher Summary This chapter focuses on other microcomputers related to the 6812. There are smaller microcomputers, such as the 6805 and the 6811, which are ideal for controlling appliances and small systems, and there are larger microcomputers, such as the 68300 series, which are excellent for larger programs.
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Optimized C++ Programming for Microcontrollers
2013Embedded systems software, possibly even more than other kinds of software, is time critical and has cost-sensitive size constraints. Literally every bit of the microcontroller software costs precious code space and cycles. Even the most minute software weakness can lead to system-debilitating resource problems.
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2016
Number Systems, Operations, and Codes Digital versus Analog Quantities Digital Numbering System (Base 10) Binary Numbering System (Base 2) Octal Numbering System (Base 8) Hexadecimal Numbering System (Base 16) Binary-Coded-Decimal System Binary Conversions Binary Operations Octal Conversions Hexadecimal Conversions Hexadecimal Operations 1's and 2's ...
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Number Systems, Operations, and Codes Digital versus Analog Quantities Digital Numbering System (Base 10) Binary Numbering System (Base 2) Octal Numbering System (Base 8) Hexadecimal Numbering System (Base 16) Binary-Coded-Decimal System Binary Conversions Binary Operations Octal Conversions Hexadecimal Conversions Hexadecimal Operations 1's and 2's ...
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