MicroSim PSpice for Windows

著者

書誌事項

MicroSim PSpice for Windows

Roy W. Goody

Prentice Hall, c1998

2nd ed

  • 1
  • 2

大学図書館所蔵 件 / 全2件

この図書・雑誌をさがす

注記

"A circuit simulation primer."

Previous ed. published under title: PSpice for Windows

Includes indexes

収録内容

  • v 1. DC, AC, and devices and circuits
  • v. 2. Operational amplifiers and digital circuits

内容説明・目次

巻冊次

1 ISBN 9780136557968

内容説明

This combination text/software package takes students from a simple DC circuit with its customary current and voltage measurements, through a damped resonant circuit that demand sophisticated and frequency measurements. It is based on "MicroSim DesignLab PSpice" circuit simulator version 7.0. Multi-level activies, examples and exercises coupled with instruction in advanced techniques such as Monte Carlo and Performance should challenge both experienced and novice students.

目次

I. DC/AC CIRCUITS1. Introduction to Schematics-Ohm's Law2. Introduction to Probe-The DC Sweep Mode3. AC Circuits-The Transient Mode4. Complex Numbers-The AC Sweep Mode5. The Tank Circuit-Resolution6. Families of Curves-The Parametric Mode7. The RC Time Constant-Pulsed Waveforms8. Device Models-Temperature Coefficient9. An Analog Computer-Series ResonanceII. DIODE CIRCUITS10. The Diode-Switching Speed11. The Power Supply-Voltage Regulation12. Clippers, Clampers, and Multipliers-Component Initialization13. The Analog Switch-Crash StudiesIII. THE BIPOLAR TRANSISTOR14. Bipolar Transistor Characteristics-Collector Curves15. Bipolar Biasing-Stability and DC Sensitivity16. Bipolar Amplifier-Small-Signal17. Bipolar Buffer-Frequency-Domain Analysis18. Amplifier Power-Class A Operation19. Amplifier Efficiency-Classes B and CIV. THE FIELD-EFFECT TRANSISTOR20. Field-Effect Transistor Characteristics-Drain Curves21. FET Biasing-Stability22. FET Amplifiers and Buffers-Input ImpedanceV. SPECIAL SOLID-STATE STUDIES23. The Transistor As a Switch-Frequency of Operation24. Thyristors-The Silicon-Control RectifierVI. SPECIAL PROCESSES25. Harmonic Distortion-Fourier Analysis26. Noise Analysis-Signal-to-Noise Ratio27. Monte Carlo Analysis-Tolerances28. Worst Case Analysis-AC Sensitivity29. Performance Analysis-Histograms30. Controlled Sources-Analog Behavioral Modeling31. Modular Design-Hierarchy32. Optimization-Goals, Parameters, and ConstraintsVII. ANALOG COMMUNICATIONS33. Amplitude Modulation-DetectionAPPENDICESAppendix A. NotesAppendix B. ProbeAppendix C. Scale SuffixesAppendix D. Spec SheetsAppendix E. Windows TutorialAppendix F. Part Search TechniquesAppendix G. Schematic Display OptionsAppendix H. Built-In Goal FunctionsIndex
巻冊次

2 ISBN 9780136558040

内容説明

Appropriate as a supplement for undergraduate Electronic courses such as Operational Amplifiers, Digital, Analog, and Filter Design. Volume 2 picks up where PSpice for Windows, Vol. 1 left off and assumes that students have a working knowledge of basic PSpice techniques. It continues simulation studies with more advanced topics such as operational amplifiers, digital, and filter design. "Comfortable" yet challenging, the text shows students how to use the program to draw circuits directly on the screen, analyze the circuit in seconds using PSpice, and display the results using sophisticated techniques that go far beyond those possible with conventional instruments.

目次

I. FEEDBACK. 1. The Differential Amplifier-Common-mode Rejection. 2. Negative Feedback-Open Loop versus Closed Loop. 3. Subcircuits-Creating Symbols. 4. The Operational Amplifier-Specifications. 5. The Non-Inverting Configuration-VCVS & VCIS. 6. The Inverting Configuration-ICVS & ICIS. 7. Op Amp Integrator/Differentiator-Calculus. 8. Oscillators-Positive Feedback. 9. Filters-Passive and Active. 10. The Instrumentation Amplifier-Precision CMRR. II. DIGITAL. 11. TTL Logic Gates-Analog/Digital Interfaces. 12. Digital Stimulus-File Stimulus. 13. Flip-Flops-Edge- versus Level- Triggered. 14. Digital Worst Case Analysis-Ambiguity and Timing Violations. 15. Critical Hazards-Persistence. 16. Counters and Shift Registers-Synchronous versus Asynchronous. 17. Digital Coding-Comparators, Coders & Multiplexers. 18. The 555 Timer-Multivibrator Operation. 19. Analog/Digital Conversions-Resolution. 20. Random-Access Memory- Data Acquisition. III. FILTER SYNTHESIS. 21. Passive Filters-Biquads. 22. Active Filters-The Switched-Capacitor Filter. IV. APPLICATIONS. 23. Touch-Tone Decoding-The Bandpass Filter. 24. Pulse-Code Modulation-Time-Division Multiplexing. 25. Serial Communication-The UART. 26. Big-Ben Chime Control-The Comparator. V. PC BOARDS. 27. Printed Circuit Board-Layouts. Appendix A. Notes. Appendix B. Probe's Mathematical Operators. Appendix C. Scale Suffixes. Appendix D. Spec Sheets. Index.

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