Contents
1.Introduction
1.1 Analog and Digital
1.2 Some Advantages in Digital Mode
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2.Fundamentals
2.1 Binary Circuit
2.2 Basic Logic Elements
2.3 Boolean Algebra and Logic Design
2.4 Transistor Switch
2.5 Bipolar Transistor
2.6 TTL Integrated Circuits
2.7 Unipolar Transistor
2.8 CMOS Integrated Circuits
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3.Basic Digital Circuit
3.1 Two Kinds of Digital Systems
3.2 Combinational Logic Circuit
3.3 Sequential Logic Circuit
3.4 Programable Logic Array and Advanced Logic Design
3.5 Application for Computing
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4.Measurement in Physics
4.1 Directly Measurable Quantities
4.2 Indirectly Measurable Quantities
4.2 Computer Aided Measurement
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5.Fundamentals of Data Conversion
5.1 Circuit Elements for Data Conversion
5.2 Analog to Digital Converter
5.3 Time to Amplitude Converter
5.4 Time to Digital Converter
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6.Interfacing to Computer
6.1 Memory Mapped I/O
6.2 Methods of Bus Interface
6.3 General Purpose I/O Buses
6.4 Connection Topology
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References
- Jacob Millman and Arvin Grabel, 'MICROELECTRONICS', McGRAW-HILL, 1987.
- Rechard P. Feynman, 'FEYNMAN LECTURES ON COMPUTATION', Perceus Publishing, 2000.
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