John D. Lenk <br/><br/>
Handbook of simplified solid-state circuit desing / 

 - 2 
 -  Hall 
 - 429 páginas   Ilustraciones, Tablas y Gráficas   22.5 cm x 15 cm  
<br/><br/>Incluye Referencias Bibliográficas  
<br/><br/>PREFACE<br/><br/>chapter one<br/><br/>BASIC DESIGN RULES<br/><br/>1-1. How to use this book <br/><br/>1-2. Interpreting datasheets <br/><br/>1-3. Determining parameters at different frequencies <br/><br/>1-4. Temperature-related design problems <br/><br/>1-5. Using load lines in simplified design <br/><br/>1-6. Basic bias schemes <br/><br/>1-7. Practical design techniques <br/><br/>1-8. Practical transistor mounting techniques<br/><br/>chapter two<br/><br/>AUDIO AMPLIFIERS<br/><br/>2-1. Basic audio amplifiers <br/><br/>2-2. Basic audio amplifier with emitter bypass <br/><br/>2-3. Basic audio amplifier with partially bypassed emitter<br/><br/>2-4. Direct coupled voltage amplifier<br/><br/>2-5. Transformerless multistage audio amplifiers <br/><br/>2-6. Examples of transformerless direct-coupled audio amplifiers<br/><br/>2-7. Complementary power amplifiers with short-circuit protection<br/><br/>2-8. Multistage audio amplifier with transformer coupling<br/><br/>2-9. Operating and adjustment controls <br/><br/>2-10. Audio filters<br/><br/>2-11. Audio circuit test procedures <br/><br/>2-12. Frequency response of audio circuits<br/><br/>2-13. Analyzing design problems with test results<br/><br/>chapter three<br/><br/>OPERATIONAL AMPLIFIERS WITH INTEGRATED CIRCUITS<br/><br/>3-1. Basic IC operational amplifier <br/><br/>3-2. Design considerations for frequency response and gain<br/><br/>3-3. Interpreting IC data sheets <br/><br/>3-4. Integrated-circuit operational amplifier<br/><br/>3-5. Integrated-circuit summing amplifier<br/><br/>3-6. Integrated-circuit integration amplifier <br/><br/>3-7. Integrated-circuit differentiation amplifier<br/><br/>3-8. Integrated-circuit narrow bandpass amplifier<br/><br/>3-9. Integrated-circuit wide bandpass amplifier<br/><br/>3-10. Integrated-circuit unity gain amplifier <br/><br/>3-11. Unity gain with fast response <br/><br/>3-12. Integrated-circuit high input impedance amplifier<br/><br/>3-13. Integrated-circuit difference amplifier <br/><br/>3-14. Integrated-circuit voltage-to-current converter 3-15. Integrated-circuit voltage-to-voltage amplifier<br/><br/>3-16. Integrated-circuit low-frequency sine-wave generator <br/><br/>3-17. Operational amplifier test procedures<br/><br/>chapter four<br/><br/>RADIO-FREQUENCY CIRCUITS<br/><br/>4-1. Resonant circuits<br/><br/>4-2. Basic RF amplifier design approaches <br/><br/>4-3. Power amplifiers and multipliers <br/><br/>4-4. Using datasheet graphs to design RF amplifier networks<br/><br/>4-5. Using sampled y-parameter techniques to design RF networks<br/><br/>4-6. Voltage amplifiers <br/><br/>4-7. Frequency mixers and converters <br/><br/>4-8. Detectors <br/><br/>4-9. Discriminator and ratio detector <br/><br/>4-10. AVC-AGC circuit <br/><br/>4-11. Radio-frequency circuit test procedures <br/><br/>chapter five<br/><br/>WAVEFORMING AND WAVESHAPING CIRCUITS<br/><br/>5-1. Basic design considerations for oscillators <br/><br/>5-2. LC and crystal-controlled oscillators <br/><br/>5-3. RC oscillator <br/><br/>5-4. Twin-T RC oscillator <br/><br/>5-5. Blocking oscillator <br/><br/>5-6. Multivibrator <br/><br/>5-7. Modification of square waves <br/><br/>5-8. Modification of sine waves <br/><br/>5-9. Waveforming and waveshaping test procedures <br/><br/>chapter six<br/><br/>POWER-SUPPLY CIRCUITS<br/><br/>6-1. Basic solid-state power supply <br/><br/>6-2. Zener diode regulation <br/><br/>6-3. Extending Zener voltage range <br/><br/>6-4. Extending Zener current range <br/><br/>6-5. Overload protection <br/><br/>6-6. Feedback regulator <br/><br/>6-7. Feedback regulator for input voltage variations <br/><br/>6-8. Switching regulator <br/><br/>6-9. DC-DC converter <br/><br/>6-10. Power-supply circuit test procedures  
<br/><br/> This second edition of the HANDBOOK OF SIMPLIFIED SOLID-STATE CIRCUIT DESIGN carries through all of the features that made the first edition so successful. That is, the second edition provides a simplified, step-by-step approach to solid-state circuit design. All the chapters in the second edition have been expanded or enlarged to include new material. Existing data has been up-dated to reflect current design trends. Also, much of the existing material from the first edition has been revised for clarification and/or simplification. No previous design experience is required to use the design data and techniques described in this second edition.<br/><br/>As in the original, the basic approach of the second edition is to start all design problems with approximations or rules-of-thumb for the selection of components on a trial value basis, assuming a specific design goal and a given set of conditions. Then, using these approximate values in experimental test circuits, the desired results (gain, frequency response, impedance match, etc.) are produced by varying the test component values.<br/><br/>The second edition concentrates on simple, practical approaches to circuit design, not on circuit analysis or model circuits. Theory is kept to a minimum, and appears only where required to understand the design steps. Thus, the reader need not memorize elaborate theories or understand abstract mathe-matics to use the design data. With any solid-state circuit, it is possible to apply certain guidelines for the selection of component values. These rules can be stated in basic equations, requiring only simple arithmetic for their solution. 
<br/><br/><label>ISBN: </label>0133817075