Microprocessors in Instruments and Control
Static and dynamic calculations for instruments. Process control fundamentals. Digital computation and systems. Characteristics of microprocessors. Software for microprocessors. Development of digital control algorithms. Digital control of instruments (multichannel spectrometer). Advanced digital instrumentation (GC computing and recording). Distributed microprocessor control systems.
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Second Order System
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A/D converter adder algorithm analog arithmetic assembly language automatic baseline basic binary calculation calibration Chapter chromatographic components configuration constant control system convert correct counter data group data highway debugging decimal detector device display dynamic equation error example feedforward FIGURE filter wheel flow FORTRAN frequency full adder gain half adder Honeywell input instruction instrument integration interface logic loop machine machine language manual memory method microcomputer microprocessor minimal prototype mode multiplied NDIR noise operand operator station order lag output parameters peak width percent PID algorithm PID controller process control process variable processor program counter proportional ratio reset response factor result sample set point shown in Fig signal skewed peak slope setting slot storage stored subroutine switch Table tape temperature thermocouple transfer function truth table units valve word zero