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Programmable data-acquisition and stepping motor control system

Douglas Lee Whiting, Arthur Williams

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Abstract

The implementation of a compact, inexpensive, programmable stepping motor controller and data-acquisition system based on the Zilog Z-80 microprocessor is described, including its basic hardware and software configurations. While originally designed to facilitate data acquisition from scanning x-ray diffractometers, the units have proven to be quite versatile and have been applied to a variety of instrumentation requiring automatic data acquisition and mechanical control.

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What this paper is about

The implementation of a compact, inexpensive, programmable stepping motor controller and data-acquisition system based on the Zilog Z-80 microprocessor is described, including its basic hardware and software configurations. While originally designed to facilitate data acquisition from scanning x-ray diffractometers, the units have proven to be quite versatile and have been applied to a variety of instrumentation requiring automatic data acquisition and mechanical control.

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Available abstract

The implementation of a compact, inexpensive, programmable stepping motor controller and data-acquisition system based on the Zilog Z-80 microprocessor is described, including its basic hardware and software configurations. While originally designed to facilitate data acquisition from scanning x-ray diffractometers, the units have proven to be quite versatile and have been applied to a variety of instrumentation requiring automatic data acquisition and mechanical control.

Key concepts: Data acquisition, Instrumentation (computer programming), Computer hardware, Microprocessor, Computer science, Software, Instrument control, Controller (irrigation)

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