Electronic Circuit Design Ideas
Edn Series for Design Engineers
- 1st Edition - October 22, 2013
- Imprint: Newnes
- Author: Lakshmi Narayana R. Vemireddy
- Language: English
- Paperback ISBN:9 7 8 - 0 - 7 5 0 6 - 2 0 4 7 - 5
- eBook ISBN:9 7 8 - 1 - 4 8 3 1 - 3 5 4 7 - 2
Electronic Circuit Design Ideas covers a wide variety of electronic circuit design, which consists of a circuit diagram, waveforms, and an explanation of how the circuit works.… Read more
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Request a sales quoteElectronic Circuit Design Ideas covers a wide variety of electronic circuit design, which consists of a circuit diagram, waveforms, and an explanation of how the circuit works. This text contains 14 chapters and starts with a review of the principles of digital circuits and interface circuits frequently used in circuit design. The next chapters describe the commonly used timer, op-amp, and amplifier circuits. Other chapters present some examples of waveform generators and oscillators used in circuit design. This work also looks into other classifications of circuits, including phase-locked loop, power-supply, and voltage regulator circuits. The final chapters are devoted to the methods of controlling DC servomotors and stepper motors. These chapters also examine other design ideas, specifically the use of slotted optical sensor based revolution detector, photodiode and magnetic transducer detector, and FSK circuit. This book will prove useful to electrical engineers, electronics professionals, hobbyists, and students.
PrefaceAcknowledgments1 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-Shifter 1.15 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 Driver 1.30 Digital Glitch Detector 1.31 Phase Lead-Lag Indicator 1.32 Digital Synchronizer 1.33 Electronic Alternate-Action Switch 1.34 Programmable Undervoltage/Overvoltage Detector2 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 Driver3 Timer Circuits 3.1 Astable Multivibrator Using 555 Timer 3.2 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 Timer4 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 Indicator 4.12 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 Reference5 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 5.10 Low-Noise, High-Speed Precision Op-Amp 5.11 Low-Cost 50 W per Channel Audio Amplifier 5.12 Power Amplifier 5.13 Single-Supply Instrumentation Amplifier6 Waveform Generators 6.1 Monolithic Precision Waveform Generator 6.2 Single-Supply Function Generator 6.3 Triangle and Square Wave Generator 6.4 Ramp Generators 6.5 Sawtooth and Pulse Generator 6.6 Square Wave Tone-Burst Generator 6.7 Single-Tone-Burst Generator 6.8 Linear Ramp Voltage Generator 6.9 Staircase Waveform Generator 6.10 Two-Phase Sine Wave Generator 6.11 Get ±15 V Square Waves from + 5 V 6.12 Programmable Pulse Generator 6.13 Nanoseconds Pulse Generator 6.14 3-Phase Clock Generator 6.15 4-phase Clock Generator 6.16 Digital Phase-Shifted Clock Generator 6.17 Wien-Bridge Oscillator 6.18 Wien-Bridge Oscillator Using Spare Logic Inverters 6.19 RC Phase-Shift Oscillator 6.20 Crystal Oscillator 6.21 Gated Oscillator7 Phase-Locked Loop Circuits 7.1 Monolithic Phase-Locked Loop 7.2 Monolithic Tone Decoder 7.3 Dual-Tone Decoder 7.4 Go/No-Go Frequency Meter 7.5 High-Speed, Narrow-Band Tone Decoder 7.6 One-Shots Tame Tone Decoder 7.7 PLL Lock Indicator 7.8 Frequency Multiplication Using PLL 565 7.9 Reduce Distortion in Mod-Demod Circuit 7.10 Phase Modulator 7.11 Phase Detector 7.12 Frequency Doubler8 Power Supply Circuits 8.1 Transformer-Isolated +5 V Power Supply 8.2 Uninterruptible +5 V Power Supply 8.3 +5 V to ±10 V Voltage Converter 8.4 ±5 V Power Supply from a 9 V Battery 8.5 +3 V Battery to +5 V DC-DC Converter 8.6 Low-Cost DC Voltage Booster 8.7 DC Voltage Splitter 8.8 Supply Voltage Splitter 8.9 Step-Up Negative Converter 8.10 Positive Voltage Doubler 8.11 Circuit Gives Constant DC Output with Selectable AC Input 8.12 Power-Fail Alarm 8.13 AC Power Fail and Brownout Detector 8.14 Power-Fail Warning and Power-Up/Power-Down Reset 8.15 Blown-Fuse Indicator9 Voltage Regulator Circuits 9.1 Positive Adjustable Voltage Regulator 9.2 5 A Positive Adjustable Voltage Regulator 9.3 Negative Adjustable Voltage Regulator 9.4 Automobile Voltage Regulator 9.5 Voltage/Current Regulator 9.6 Voltage Inverting Switching Regulator 9.7 Voltage Converter10 Battery Circuits 10.1 Simple Battery Charger 10.2 Wind-Powered Battery Charger 10.3 Battery Status Indicator 10.4 9 V Battery Life Extender 10.5 Battery Switchover Circuit 10.6 Automatic Battery Back-Up Switch 10.7 Polarity Insensitive Battery-Powered Supply 10.8 Combination Low-Battery Warning and Low-Battery Disconnect11 Motor Control Circuits 11.1 DC Servomotor Phase-Locked Loop 11.2 Simple Bidirectional DC Motor Speed Controller 11.3 Constant Current Motor Drive 11.4 Control a Bidirectional 4-Phase Stepper Motor 11.5 PLD Adds Flexibility to Motor Controller12 Encoders/Decoders 12.1 Revolution Sensor 12.2 Photo-Diode Detector 12.3 Detector for Magnetic Transducer 12.4 FSK Demodulator Using PLL 565 12.5 SCA Decoder13 Tester Circuits 13.1 On-Board Transistor Tester 13.2 Zener Diode Tester and Unmarked Zener Identifier 13.3 FET Tester 13.4 Crystal Tester 13.5 Coaxial Cable Tester14 Miscellaneous Circuits 14.1 High-Side Switch 14.2 Power MOSFET Driver 14.3 DTMF Filter Detects Tones in Exchanges 14.4 Four Channels on a Single Channel Scope 14.5 Light-Activated Alarm 14.6 Remote Light Monitor 14.7 Low-Cost Electronic Lamp Dimmer 14.8 Incandescent Lamp Dimmer and Protector 14.9 Analog Switch Needs no Supply 14.10 Simple High/Low Temperature AlarmAppendix 1 Reference Index of Integrated Circuits and their SourcesAppendix 2 Addresses of ManufacturersAppendix 3 Datasheets of Commonly Used Integrated CircuitsBibliographyCircuits Index
- Edition: 1
- Published: October 22, 2013
- Imprint: Newnes
- Language: English
- Paperback ISBN: 9780750620475
- eBook ISBN: 9781483135472
LV
Lakshmi Narayana R. Vemireddy
Dr. Lakshmi Narayana R. Vemireddy is a leading molecular geneticist and professor at Acharya N.G. Ranga Agricultural University (ANGRAU), India, with over 15 years of experience in teaching and research. He specializes in genomic tools such as QTL mapping, molecular breeding, genome-wide association studies (GWAS), QTL-seq and transcriptomics techniques like RNA-Seq. His key contributions include the discovery of novel QTLs for drought tolerance, grain quality, and yield, the development of DNA fingerprinting for Basmati rice authentication, and the creation of cultivar-specific QR codes for rice, sesame and little millet. He has also identified alternate dwarfing gene and employs marker-assisted breeding to enhance popular rice varieties in India. With numerous publications in high-impact journals, he has been instrumental in advancing genomic tools for crop improvement. As a dedicated mentor, he has supervised numerous Master’s and Ph.D. students, shaping the next generation of geneticists.
Affiliations and expertise
Acharya N G Ranga Agricultural University, IndiaRead Electronic Circuit Design Ideas on ScienceDirect