Modern Component Families and Circuit Block Design
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Table of contents
- Modern Component Families and Circuit Block Designiii
- Copyright Pageiv
- Contentsvii
- Prefacexiii
- Acknowledgmentsxv
- Chapter 1. Voltage References and Voltage Regulators1
- 1.1 Introduction1
- 1.2 Voltage References2
- 1.3 Linear Regulators10
- 1.4 Switching Regulators15
- References43
- Chapter 2. Operational Amplifiers47
- 2.1 Introduction47
- 2.2 Introduction to Amplifiers48
- 2.3 Basic Operational Amplifier50
- 2.4 Different Types of Operational Amplifiers and Application Considerations61
- References85
- Chapter 3. Data Converters87
- 3.1 Introduction87
- 3.2 Sampled Data Systems88
- 3.3 A/D Converter Errors98
- 3.4 Effects of Sample and Hold Circuits102
- 3.5 SHA Architectures110
- 3.6 ADC Architectures113
- 3.7 D/A Converters134
- 3.8 Data Acquisition System Interfaces145
- References149
- Chapter 4. Microprocessors and Microcontrollers151
- 4.1 Introduction151
- 4.2 What is a System151
- 4.3 Central Control152
- 4.4 Stored Program Control158
- 4.5 Inside the Microelectronic Central Controller158
- 4.6 Microprocessor Architecture162
- 4.7 Using Assembly Language168
- 4.8 Single-Chip Microcontrollers and Embedded Processor Core Applications184
- 4.9 RISC vs. CISC Microprocessor Architecture191
- References195
- Chapter 5. Digital Signal Processors197
- 5.1 Introduction197
- 5.2 What Is a DSP?198
- 5.3 Comparison Between a Microprocessor and a DSP199
- 5.4 Filtering Applications and the Evolution of DSP Architecture202
- 5.5 Special Addressing Modes211
- 5.6 Important Architectural Elements in a DSP215
- 5.7 Instruction Set225
- 5.8 Development Systems231
- 5.9 Interface Between DSPs and Data Converters233
- 5.10 Practical Components and Recent Developments238
- References239
- Chapter 6. Optoisolators241
- 6.1 Introduction241
- 6.2 Light-Emitting Diodes and Photosensors241
- 6.3 Optoisolators243
- 6.4 Practical Circuits246
- 6.5 Driving High-Level Loads with Optocouplers251
- 6.6 Photovoltaic Devices260
- 6.7 Conclusion264
- References264
- Chapter 7. Sensors265
- 7.1 Introduction265
- 7.2 The Properties of Silicon and Their Effects on Sensors266
- 7.3 Micromechanics267
- 7.4 Temperature Sensors267
- 7.5 Silicon Pressure Sensors297
- 7.6 Silicon Accelerometers315
- 7.7 Hall Effect Devices324
- 7.8 Humidity and Chemical Sensors326
- 7.9 IEEE-P1451 Standard for Smart Sensors and Actuators330
- 7.10 P1451 & Practical Components335
- References335
- Chapter 8. Nonlinear Devices339
- 8.1 Introduction339
- 8.2 A Basic Semiconductor Physics-Based Approach to Analog Computation Circuits341
- 8.3 Important Design Considerations in Nonlinear Devices343
- 8.4 Logarithmic Converters346
- 8.5 Multipliers and Dividers354
- 8.6 RMS-to-DC Converters359
- 8.7 Function Generators362
- 8.8 Benistor, a Newly Introduced Device364
- References367
- Chapter 9. Rechargeable Batteries and Their Management369
- 9.1 Introduction369
- 9.2 Battery Terminology369
- 9.3 Battery Technology: An Overview373
- 9.4 Lead-Acid Batteries374
- 9.5 Nickel-Cadmium Batteries379
- 9.6 Nickel-Metal Hydride Batteries383
- 9.7 Lithium-Ion Batteries385
- 9.8 Reusable Alkaline Batteries387
- 9.9 Zinc-Air Batteries389
- 9.10 Battery Management390
- 9.11 The System Management Bus, Smart Battery Data Specifications, and Related Standards402
- 9.12 Semiconductor Components for Battery Management405
- References409
- Chapter 10. Programmable Logic Devices413
- 10.1 Introduction413
- 10.2 Basic Concepts414
- 10.3 Advantages of Programmable Logic424
- 10.4 Designing with PLDs424
- 10.5 Design Tools for PLDs425
- 10.6 A Design Example430
- 10.7 High-Density PLDs439
- References441
- Index443
Kularatna's new book describes modern component families and how to design circuit blocks using them. While much of this information may be available elsewhere, in Modern Component Families and Circuit Block Design it is integrated with additional design hints that are unique. The discussion covers most components necessary in an embedded design or a DSP-based real time system design. The chapter on modern semi-conductor sensors allows system designers to use the latest sensor ICs for real-world physical parameter sensing.
*Covers the most recent low-power components
*Written by an authority on power electronics
*Includes extensive illustrations and references
*Covers the most recent low-power components
*Written by an authority on power electronics
*Includes extensive illustrations and references