Microcomputer Peripherals
John M. Murray, Claude A. Wiatrowski
Abstract
John M. Murray, Claude A. Wiatrowski
Abstract
Microcomputer system performance has been enhanced by the introduction of microcomputer peripherals. Microcomputer peripherals are integrated circuits capable of performing specialized input/output and computational functions in microcomputer systems. These peripheral devices increase overall system efficiency by allowing the central processing unit (CPU) to function in a task management and decision-making capacity with the peripherals assuming responsibility for many of the functional details. In addition to providing performance improvements, microcomputer peripherals permit the implementation of a structured approach to system design. This paper presents a general microcomputer-based digital system design philosophy, provides a rationale for microcomputer peripherals, and considers the operation and application of commercially available microcomputer peripherals.
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Microcomputer system performance has been enhanced by the introduction of microcomputer peripherals. Microcomputer peripherals are integrated circuits capable of performing specialized input/output and computational functions in microcomputer systems. These peripheral devices increase overall system efficiency by allowing the central processing unit (CPU) to function in a task management and decision-making capacity with the peripherals assuming responsibility for many of the functional details. In addition to providing performance improvements, microcomputer peripherals permit the implementation of a structured approach to system design. This paper presents a general microcomputer-based digital system design philosophy, provides a rationale for microcomputer peripherals, and considers the operation and application of commercially available microcomputer peripherals.
Key concepts: Microcomputer, Computer science, Computer hardware, Embedded system, Task (project management), Engineering, Telecommunications, Systems engineering