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Electronic circuit design ideas /
Electronic Circuit Design Ideas.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford ; Boston :
Newnes,
1995.
|
| Colección: | EDN series for design engineers.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Electronic Circuit Design Ideas; Copyright Page; Table of Contents; Preface; Acknowledgements; Chapter 1. Digital circuits; 1.1 Monostable multivibrators; 1.2 Digitally programmable monostable uses a PLD; 1.3 Use a counter as a pulse-stretcher; 1.4 Digital noise canceller; 1.5 Build a low-cost delay line; 1.6 Digital phase-detector; 1.7 Digital frequency mixer; 1.8 Digital attenuator; 1.9 Binary frequency divider; 1.10 Digital edge-detectors; 1.11 One IC doubles frequency; 1.12 Inexpensive frequency counter /tachometer; 1.13 Missing pulse detector.
- 1.14 Digital quadrature phase-shifter1.15 Pulse-width discriminator; 1.16 Power-on reset circuit using monostable 74121; 1.17 Quadrature waveform decoder; 1.18 2-to-1 digital multiplexer using spare tristate buffers; 1.19 Switch debouncers; 1.20 Spare buffers debounce push-button switch; 1.21 Programmable digital frequency comparator; 1.22 Programmable frequency comparator for analog signals; 1.23 AC line synchronizer; 1.24 AC line synchronizer; 1.25 Time-base generator; 1.26 Bit rate generators; 1.27 Single pulse extractor; 1.28 Use a spare EX-OR gate as an inverter.
- 1.29 Monolithic decade counter decoder display driver1.30 Digital glitch detector; 1.31 Phase lead-lag indicator ; 1.32 Digital synchronizer; 1.33 Electronic alternate-action switch; 1.34 Programmable undervoltage/overvoltage detector; Chapter 2. Interface circuits; 2.1 Logic interfacing techniques; 2.2 RS 232 line driver/receiver; 2.3 Optically isolated RS 232 interface; 2.4 Low-power 5 V RS 232 driver/receiver; 2.5 Programmable micropower level translator/receiver/driver; 2.6 RS 232 and RS 423 line driver; 2.7 Monolithic relay driver ; Chapter 3. Timer circuits.
- 3.1 Astable multivibrator using 555 timer3.2 Low-cost appliance timer; 3.3 Sequential timer; 3.4 Long duration timer using quad timer 558; 3.5 CMOS programmable 0-99 seconds/minutes timer; 3.6 Retriggerable monostable using 555 timer; 3.7 Low-power monostable using 555 timer; Chapter 4. Op-amp circuits; 4.1 Integrator; 4.2 Differentiator; 4.3 Voltage follower; 4.4 Simulated inductor; 4.5 Op-amp power booster; 4.6 High current booster; 4.7 Window comparator; 4.8 Voltage comparator with hysteresis; 4.9 Voltage-to-current converter; 4.10 Supply-frequency reject filter.
- 4.11 Visible voltage indicator4.12 Precision half-wave rectifier; 4.13 Precision full-wave rectifier; 4.14 Op-amp supply splitter; 4.15 Four-quadrant analog multiplier; 4.16 Programmable positive and negative voltage references; 4.17 Negative voltage reference using a positive voltage reference; Chapter 5. Amplifier circuits; 5.1 Inverting amplifier; 5.2 Non-inverting amplifier; 5.3 Summing amplifier; 5.4 Absolute value amplifier; 5.5 Differential amplifier; 5.6 Bridge transducer amplifier; 5.7 Monolithic logarithmic amplifier; 5.8 Antilog amplifier; 5.9 Low-distortion audio amplifier.