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ARTICLES BY VOLUME ARTICLES BY AUTHOR EDITORS' NOTES ABOUT THIS ARCHIVE
ASK THE APPLICATIONS ENGINEER THE WIT AND WISDOM OF DR. LEIF SPECIAL ISSUES
ARTICLES BY VOLUME <return to top>
Volume 40, 2006 Volume 30, 1996 Volume 20, 1986 Volume 10, 1976
Volume 39, 2005 Volume 29, 1995 Volume 19, 1985 Volume 09, 1975
Volume 38, 2004 Volume 28, 1994 Volume 18, 1984 Volume 08, 1974
Volume 37, 2003 Volume 27, 1993 Volume 17, 1983 Volume 07, 1973
Volume 36, 2002 Volume 26, 1992 Volume 16, 1982 Volume 06, 1972
Volume 35, 2001 Volume 25, 1991 Volume 15, 1981 Volume 05, 1971
Volume 34, 2000 Volume 24, 1990 Volume 14, 1980 Volume 04, 1970
Volume 33, 1999 Volume 23, 1989 Volume 13, 1979 Volume 03, 1969
Volume 42, 2008 Volume 32, 1998 Volume 22, 1988 Volume 12, 1978 Volume 02, 1968
Volume 41, 2007 Volume 31, 1997 Volume 21, 1987 Volume 11, 1977 Volume 01, 1967
Volume 42, 2008 <return to volume>
Fingerprint Sensor and Blackfin Processor Enhance Biometric-Identification Equipment Design
Impedance Measurement Monitors Blood Coagulation
Maintaining Public Railways with Lower Cost and Improved Safety
Noise Figure and Logarithmic Amplifiers [The Wit and Wisdom of Dr. Leif—6]
Understanding Hot-Swap Controllers: Hot-Swap Circuit Design Example
Discrete- and Integrated Control of Power Amplifiers in Base Stations
Open-Loop Calibration Techniques for Digital-to-Analog Converters
AC Shield Enhances Remote Capacitive Sensing
Inexpensive High-Speed Amplifiers Make Flexible Clock Buffers
Cooking Inductively: ADI iCoupler Technology Isolates Hob and User Interface
Analog/Digital-Converter Clock Optimization: A Test Engineering Perspective
High Side Current Sensing: Difference Amplifier vs. Current-Sense Amplifier
Volume 41, 2007 <return to volume>
Phase Relations in Active Filters
Faster Open-Loop Gain Measurements (Ask The Applications Engineer—38)
Switching-Regulator Insights—Achieving Longer Battery Life in DSP Systems
Avoid Common Problems When Designing Amplifier Circuits
The AD9271—A Revolutionary Solution for Portable Ultrasound
Toward More-Compact Digital Microphones
Reducing Ground Bounce in DC-to-DC Converters—Some Grounding Essentials
Low-Dropout Regulators (Ask The Applications Engineer—37)
Elements of Motion: 3D Sensors in Intuitive Game Design
Multichannel Power-Line Monitoring with Simultaneous-Sampling ADCs
High-Speed Time-Domain Measurements—Practical Tips for Improvement
Volume 40, 2006 <return to volume>
Capacitance Sensors for Human Interfaces to Electronic Equipment (Ask the Applications Engineer—35)
Lens Drivers Focus on Performance in High-Resolution Camera Modules
Digital Isolation: A Compact, Low-Cost Solution to Complex Design Problems
Fast, Versatile Blackfin Processors Handle Advanced RFID Reader Apps
Precision Signal-Processing and Data-Conversion ICs for PLCs
Wideband A/D Converter Front-End Design Considerations
Class D Audio Amplifiers: What, Why, and How?
Power Supply Management—Principles, Problems, and Parts
Design Your Own VoIP Solution with a Blackfin Processor—Add Enhancements Later
Switching in USB Consumer Applications
ADC Input Noise: The Good, The Bad, and The Ugly. Is No Noise Good Noise?
Wireless Short-Range Devices: Designing a Global License-Free System for Frequencies <1 GHz
Volume 39, 2005 <return to volume>
Isolators Protect RS-232, RS-485, and CAN Buses in Industrial, Instrumentation, and Computer Apps
Using Dual-Axis Accelerometers to Protect Hard Disk Drives
A Reference Design for High-Performance, Low-Cost Weigh Scales
A Practical Guide to High-Speed Printed-Circuit-Board Layout
DDS Controls Waveforms in Test, Measurement, and Communications
Encoder’s Spare
Channel Embeds Whole-House Stereo Audio in Satellite
Transformer-Coupled Front-End for Wideband A/D Converters
Pushing the State of the Art with Multichannel A/D Converters
Which ADC Architecture Is Right for Your Application?
A Smart Modem for Robust Wireless Data Transmission Over ISM Bands
Parallel Peripheral Interface Simplifies LCD Connection in Portable Multimedia Applications
Enhance Processor Performance in Open-Source Applications
Volume 38, 2004 <return to volume>
Wideband CMOS Switches (Ask the Applications Engineer—34)
Support for the Designer—Improved ADI Website Helps You
Designing Efficient, Real-Time Audio Systems with VisualAudio®
All About Direct Digital Synthesis (Ask the Applications Engineer—33)
Adjustable Cable Equalizer Combines Wideband Differential Receiver with Analog Switches
Current Measurement in Solenoids for Automotive Control Systems
Bridge-Type Sensor Measurements Are Enhanced by Auto-Zeroed Instrumentation Amplifiers
Mixed-Signal Control Circuits Use Microcontroller for Flexibility in Implementing PID Algorithms
Why and How to Control Fan Speed for Cooling Electronic Equipment
Use of Video Technology to Improve Automotive Safety Becomes More Feasible with Blackfin Processors
Volume 37, 2003 <return to volume>
Closed-Loop Control of Variable Optical Attenuators with Logarithmic Analog Processing
Fast-Locking, High-Sensitivity Tuned-IF Radio Receiver Achieved with a
ECG Front-End Design Is Simplified with MicroConverter®
How to Save Power in Battery Applications Using the Power-Down Mode in an ADC
Advanced Digital Post-Processing Techniques Enhance Performance in Time-Interleaved ADC Systems
Dynamic Memory Allocation Optimizes Integration of Blackfin® Processor Software
Solving Power-Management Problems with 7 Channels of Sequencing, Monitoring, and Supervision
Amplifiers as Comparators? (Ask the Applications Engineer—31)
Compact Web-Manufacturing Process Defect Detection System Uses a Camera and Blackfin Processor
Getting 14-Bit Performance from a 32-Channel 14-Bit String DAC
Glueless, Hot-Swappable CompactFlash® Interface
New iMEMS Angular Rate-Sensing Gyroscope
Volume 36, 2002 <return to volume>
Mirrors with Integrated Position-Sense Electronics for Optical-Switching Applications
Dynamic Power Management Optimizes Performance vs. Power in Embedded Applications
Detecting Fast RF Bursts Using Log Amps
High-Speed Op Amp Drives a 16-Bit, 1-MSPS Differential-Input A/D Converter
Single-Chip Digitally Controlled Data-Acquisition as Core of Reliable DWDM Communication Systems
Bus Switches for Speed, Safety, and Efficiency: What They Are, What You Should Know About Them
X-Amp™, A New 45-dB, 500-MHz Variable-Gain Amplifier (VGA), Simplifies Adaptive Receiver Designs
SigmaDSP® Digital Audio Processing
How Ultrasound System Considerations Influence Front-End Component Choice
PLL Synthesizers (Ask the Applications Engineer—30)
Mixed-Signal Front Ends Speed Customized Design of Wireline Broadband Modems and Home Networks
Interfacing a Blackfin® DSP to High-Speed Converters for Wireless Applications
Volume 35, 2001 <return to volume>
Accurate Gain/Phase Measurement at Radio Frequencies up to 2.5 GHz
High Performance Narrow-Band Receiver Design Simplified by IF Digitizing Subsystem in LQFP
Mixed-Signal Front End (MxFE) for Broadband Digital Set-Top Boxes
Design a Direct 6-GHz Local Oscillator with a New, Wideband, Integer-N PLL Synthesizer
Winning the Battle Against Latchup in CMOS Analog Switches
Avoiding Op-Amp Instability Problems in Single-Supply Applications
Improved Data Acquisition Using a New Monolithic Dual Front End
The PDA Challenge—Met by the AD7873 Resistive-Touch-Screen Controller ADC
Versatile Programmable Amplifiers Use Digital Potentiometers with Nonvolatile Memory
Advanced LCD Driver Enables Design of Lower-Cost, Higher-Performance Data Projectors
Sensing, Analyzing, and Acting in the First Moments of an Earthquake
The ADXL202 Dual-Axis Accelerometer in Speedometer-Independent Car-Navigation Systems
Volume 34, 2000 <return to volume>
Fundamentals of DSP-Based Control for AC Machines
Embedded Modems Enable Appliances to Communicate with Distant Hosts via the Internet
Fan Speed Control in PCs and Servers
Finding the Needle in a Haystack
Demystifying Auto-Zero Amplifiers-1
Demystifying Auto-Zero Amplifiers-2
Curing Comparator Instability with Hysteresis
Transducer/Sensor Excitation and Measurement Techniques
Selecting an Analog Front End for Imaging Applications
Now: True RMS-to-DC Measurements, from Low Frequencies to 2.5 GHz
Single-Sideband Upconversion of Quadrature DDS Signals to the 800-to-2500-MHz Band
VDSL Technology Issues—An Overview
Volume 33, 1999 <return to volume>
Othello™: A New Direct-Conversion Radio Chip Set Eliminates IF
DSPs Enhance Flexible Third-Generation Base-Station Design
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 1
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 2
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 3
Dual-Axis Low-g Accelerometer with Analog and Digital Outputs
Accelerometers: Fantasy and Reality (Ask the Applications Engineer—29)
Lower-Noise, Wider-Bandwidth Accelerometer Rivals Performance of More-Expensive Sensors
Logarithmic Amplifiers (Ask the Applications Engineer—28)
Knowing Converter Architectures Can Speed the Choice of A/D Converters for Your System
Ultrasound Analog Electronics Primer
Chip Monitors Temperatures, Supply Voltages, Ventilating Fan Performance on PC Motherboard
Measuring Temperatures on Computer Chips with Speed and Accuracy
DSP-Controlled Active Shunt Filter Compensates for Loading Effects on Power Lines
Signal Corruption in Industrial Measurements (Ask the Applications Engineer—27)
Microcontroller-Based Energy Metering with the AD7755
All-Electronic Power and Energy Meters
Make vs. Buy! When Should I Reinvent the Wheel?
Volume 32, 1998 <return to volume>
1.5-W Loudspeaker Amplifier Delivers Sound Performance
Integrated Solutions for CCD Signal Processing
DSP 101, Part 4: Programming Considerations for Real-Time I/O
Oversampling ADCs for 16-Bit Resolution
Volume 31, 1997 <return to volume>
Innovative Mixed-Signal Chipset Targets Hybrid-Fiber Coaxial Cable Modems
Powerful Design Tools for Control Applications
Selecting Mixed-Signal Components for Digital Communications Systems—Part V
DSP 101, Part 3: Implement Algorithms on a Hardware Platform
Switches and Multiplexers (Ask the Applications Engineer—26)
Li-Ion Battery Charging Requires Accurate Voltage Sensing
14-Bit Monolithic ADCs: First to Sample Faster than 1 MSPS
200-MHz 16 × 16 Video Crosspoint Switch IC
Selecting Mixed-Signal Component for Digital Communications Systems—Part IV
Quad-SHARC DSP in Ceramic Quad Flatpack
DSP 101, Part 2: Why Use a DSP? (cont.)
Op Amps Driving Capacitive Loads (Ask the Applications Engineer—25)
DSP 101, Part 1: Why Use a DSP?
Selecting Mixed-Signal Components for Digital Communications Systems—Part III
Controller Board System Allows for Easy Evaluation of General-Purpose Converters
Build a Smart Analog Process-Instrument Transmitter with Low-Power Converters and a Microcontroller
Resistance (Ask The Applications Engineer—24)
Volume 30, 1996 <return to volume>
Single- and Dual-Axis Micromachined Accelerometers
EMC, CE Mark, IEC801… What’s It All About?
Advanced Digital Video Encoders
Selecting Mixed-Signal Components for Digital Communication Systems—Part II
Voltage Regulators for Power Management
Current Feedback Amplifiers – II (Ask the Applications Engineer—23)
Selecting Mixed-Signal Components for Digital Communication Systems—Part I
DACs Are Optimized for Communication Transmit Path
Buffered Multiplexers for Video Applications
Single-Chip Direct Digital Synthesis vs. the Analog PLL
For Efficient Signal Processing in Embedded Systems, Take a DSP, Not a RISC
Current Feedback Amplifiers – I (Ask the Applications Engineer—22)
DSP-Based Chipset for AC Motor Control
Flexible Low-Cost Wavelet Video Codec for Image Compression
Audio Noise-Reduction IC 25-dB of Noise Reduction Without Pre-Encoding
Single-Chip Digital Stereo Subsystem
Capacitance and Capacitors (Ask the Applications Engineer—21)
Read-Channel Processor Uses PRML to Increase Capacity of Disk Drives
New Fixed-Point DSP Family Provides High-Performance Processing of Concurrent Signals
Considerations in Designing Single-Supply, Low-Power Systems—II
Digital-Output Sensor Simplifies Temperature Acquisition
Working with Batteries (Design Ideas)
Soundport® Single-Chip PC Sound System
Interfacing to Serial Converters – II (Ask the Applications Engineer—20)
Volume 29, 1995 <return to volume>
Considerations in Designing Low-Power, Single-Supply Systems
Maximizing Battery Life in Communications Systems
Low-Power, Low-Voltage IC Choices for ECG System Requirements
Single-Supply Acceleration-to-Frequency Circuits
Very Low Voltage Micropower Amplifiers—Choosing and Using Them
10-Bit Quad DACs for Single-Supply 3.0-V to 5.5-V Operation
Interfacing to Serial Converters – I (Ask the Applications Engineer—19)
New High-Speed Data-Acquisition ICs
Application Example—ADC Driver
Two-Stage Current-Feedback Amplifier
Using Histogram Techniques to Measure A/D Converter Noise
Single-Supply IF Strip Digitizes QAM Signals
Wideband Radios Need Wide Dynamic Range Converters
Choosing High-Speed Signal Processing Components for Ultrasound Systems
Settling Time (Ask the Applications Engineer—18)
Highly Integrated Stereo Codec ICs Drive Multimedia
Wideband, Low-Cost, Low-Power, Single-Supply Current-Feedback Op Amp
Design Circuits with Digitally Controllable Variable Resistors
Micromachined Complete-on-a-Chip Sensor Measures ±5-g Accelerations
DSP Family Adds 3.3-V Operation, 8k Words of On-Chip 24-Bit Program ROM
Understanding and Using High-Speed Clamp Amplifiers
What’s a 16-Bit Converter? (Ask the Applications Engineer—17)
Volume 28, 1994 <return to volume>
Floating-Point DSP Leads in Memory, Interconnectivity, Performance
On-Chip SRAM Design Considerations
Fast, Low-Distortion V-Feedback Op Amps Offer Optional Accurate Clamping
New High-Speed A/D Converters for Communications
New 8-Bit, 16-Channel Voltage-Output D/A Converters
Low-Cost 16-Bit DAC for Communications, Imaging, and Displays Updates at 30 MHz
12-Bit Dual DAC: Serial, Single Supply, Saves Space
16-Bit Fixed-Point DSP with 80k Bytes of RAM Reduces System Cost
Simple Techniques Protect Amplifiers from Input Overvoltage
Low-Distortion Mixer: +24 dBm 3rd-Order Intercept for Only –10 dBm LO Power
Instrumentation Applications of New Sigma-Delta A/D Converters
Sigma-Delta Techniques Reduce Hardware Count and Power Consumption in Biomedical Analog Front Ends
GSM Chipset Implements All Baseband Functions
Two New LVDT Interface ICs Offer Choice of Analog or Digital Output
Serial-Input 16-Bit Current-Loop DAC Has Choice of Ranges
Fast Op Amp: High Performance, Low Power, Low Cost
Microphone Preamplifiers for Audio
Using Sigma-Delta Converters – II (Ask the Applications Engineer—16)
Dual Setpoint Single-Chip Temperature Controller
Intelligent Digitizing Signal Conditioner IC for Sensors
IC Vector Processor for Motor Control
Asynchronous Sample-Rate Converters
Microprocessor Supervisory ICs
Getting the Most from IC Voltage References
Using Sigma-Delta Converters – I (Ask the Applications Engineer—15)
Volume 27, 1993 <return to volume>
A Surface-Micromachined Monolithic Accelerometer
“Uncommon-Mode” High-Speed Video Feedback Amplifier with a Difference
CMOS 10-Bit, 15-MHz A/D Converter for Imaging Applications
Increase Laser Printer Resolution with Win-Win Chip—No Trade-Off Worries
Video RAM-DACs Offer Unprecedented Resolution, True-Color Screen Images
Fast, Accurate, Monolithic Sampling A/D Converter
High-Performance ICs in Single-Supply Analog Circuits—Design Issues and Application Examples
High-Frequency Signal-Contamination (Ask the Applications Engineer—14)
Use Analog I/O Ports as High-Performance Infinite Sample/Holds and Peak Followers
Design Ideas for Sigma-Delta Instrumentation ADCs
Fast, Accurate Timing Recovery for Fiber Optic Links
SoundPort® Codecs: Complete Audio I/O Subsystem ICs for Workstations and PCs
ADI’s Smallest, Lowest-Cost Signal-Conditioning Modules for Process Control
3-Volt-Supply 12-Bit Multichannel Data-Acquisition System Samples at 50 kHz
Op Amps in Line-Driver and Receiver Circuits – Part 2
Two Op-Amp Types Combine Precision and Wide Bandwidth
Four New Wideband Op Amps for Video, Imaging, & Much More
Low-Noise, Low-Drift Precision Op Amps for Instrumentation
Monolithic 80-dB +5-V Single-Supply Log Amp Has 50-MHz Frequency Range
Complete 12-Bit 10- and 25.6 MSPS A/D Converters
Confused About Amplifier Distortion Specs? (Ask the Applications Engineer—13)
Volume 26, 1992 <return to volume>
Low-Noise, Wideband Voltage-Controlled Amplifiers with “Linear-in-dB” Gain
Single- or Dual-Supply Difference Amplifier’s Common-Mode Range Exceeds Supply
3-V Precision Op Amps from Analog Devices
Signal Computing: Hardware Chipsets & Signal-Processing Algorithms Combined
Dual Op-Amp Has Low Noise and Dissipation, Combines Benefits of JFET & Bipolar Design
Op Amps in Line-Driver and Receiver Circuits – Part 1
Decreasing Size, More-Demanding Performance Pace Disk-Drive IC Design
Low-Cost 12-Bit IC Resolver-to-Digital Converter Emulates Optical Encoder
Grounding (Ask the Applications Engineer—12)
Odds 'N' Ends (Ask the Applications Engineer—11, continued)
IF Stages Are Going Digital for both Analog and Digital Signals
Monolithic Sigma-Delta A/D Converters Offer 21-Bit Resolution
Applying a High-Performance Video Operational Amplifier
An Analog Multiplier SPICE Macromodel
Voltage References (Ask the Applications Engineer—11)
Volume 25, 1991 <return to volume>
Floating-Point DSP for High-Speed Signal Processing
Numerical C Speeds Code Development and Execution
Development Tools and Third-Party Support for Floating-Point DSP
Single-Supply In-Amp for Automotive Applications
Disk-Drive ICs—Optimized for
Read-Channel and Servo
3 New S/H Chips for Fast, Accurate Data Acquisition, and 8-Channel Distribution
Monolithic 10-Bit, 18 MSPS Sampling A/D Converter with On-Chip Track-Hold
Complete 16-Bit DACPORT in SOIC Package Includes On-Chip 10-V Reference
Advanced SPICE Op-Amp Macromodel: A Powerful Tool for Designers
Wires (Ask the Applications Engineer—10)
Dolby® Pro-Logic Surround Sound Decoder for Audio Realism
Automotive Sensor Detects Lamp and Indicator Failures Automatically
Phase Accumulator for Direct Digital Synthesis Resolves to Within 0.7 Hz
FET-Input Op Amp Has Lowest Combined V and I Noise
Serial IC Analog I/O Port: 14-Bit Performance in a Small Package
Fast 14-Bit ADC Samples at 10 MSPS, Has 50-MHz Analog Bandwidth
Monolithic 16-Bit Voiceband Codec Uses Sigma-Delta Technology
Sampling 12-Bit ADC Upgrades ‘574’, ‘674’, ‘774’ Sockets: Faster, Better, & Cheaper
A Quarter-Century of Analog Dialogue
Seminars and Support (Ask the Applications Engineer—9)
Volume 24, 1990 <return to volume>
RAM-DAC Upgrade Dramatically Enhances VGA Graphics
First Monolithic Triple 10-Bit Video DACs Provide True Color
Complete Monolithic Current Transmitter
DSP Enhancements Include IC Processors, Development Tools
Mixed-Signal ASICs Offer Designers an Alternative Solution
Electronic Adjustment Made Easy with the TrimDAC®
Op-Amp Issues (Ask the Applications Engineer—8)
Mixed-Signal Processor Merges DSP with A/D, D/A Converters
Low-Dissipation Multiple Line Drivers/Receivers
Peak Detector Circuit Captures 200-ns Pulses
Measuring Amplifier Differential Gain & Phase Accurately
¾-GHz Monolithic Unity-Gain Buffer for Analog Signals
Current-Output Module Augments 6B Series
Monolithic 12-Bit High-Speed A/D Converter Options
Industrial Process Controller IC Is Programmable in C
Op-Amp Issues—Noise (Ask the Applications Engineer—7)
Fastest 10-Bit ADCs Provide Superior Dynamic Performance
Monolithic Op Amps Have Wide Bandwidth, Low Distortion
Application Decides Optimal DSP Processor Architecture
14-Bit, 2-Channel Synchro/Resolver-to-Digital Converter
12-Bit, 100-kSPS Complete Sampling A/D Converter ICs
Isolation Amplifiers for Low-Level Signals
Computer Interface Panel Handles Eight Analog Outputs
Real-World Interface Cards for Micro-Channel Systems
Op-Amp Issues (Ask the Applications Engineer—6)
Volume 23, 1989 <return to volume>
High Speed Automatic Testing for Advanced Components
12-Bit DACs Optimized for Direct Digital Synthesis
8-Bit Analog I/O Port for Position Monitoring and Control
Floating-Point Data-Acquisition System
Distributed Data Acquisition and Control with Flexibility
High-Performance Electrometer Op Amp in 8-Pin Plastic DIP
Industry’s Fastest Monolithic FET-Input Op Amp
Complete Monolithic 12-Bit DAC Interfaces with Fast DSPs
Monolithic Dual 12-Bit DACPORTs Save Space, Power, Cost
Fast Precise Comparator Has Differential Input Range
Ultrafast Monolithic Single and Dual TTL Comparators
High-Speed Comparators Provide Many Useful Circuit Functions (Ask the Applications Engineer—5)
Monolithic DC-to-120-MHz Log-Amp Is Stable and Accurate
Grounding for Low- and High-Frequency Circuits
8-Bit Flash A/D Converters Encode at up to 300 MSPS
22-Bit A/D-Converter Evaluation Board for the PC
14-Bit, 100 kSPS Monolithic Sampling A/D Converters
A Pair of 16-Bit-Performance Sample-Hold Amplifiers
IC LVDT Conditioner Is Insensitive to Usual Error Sources
Ratiometric 16-Bit LVDT-to-Digital Converter
Portable μP-Controlled Synchro Simulator and Tester
CPU, Software, & I/O Integrated in Distributed Control
Disk-Based Component Selection Guide Seeks Best Choices (Ask the Applications Engineer—4)
Advanced Microcomputer Is Optimized for DSP
Converter/Filter Chipset for Voiceband Applications
Isolated Strain-Gage Module Joins 5B Conditioner Family
6-Bit Monolithic Flash ADCs Sample at up to 500 MHz
Fastest Slewing Monolithic Op Amp Has Wide Bandwidth
Fast, Low-Power Op Amps Offer Gain-Bandwidth Choice
Enhancements to LTS-2020 Benchtop IC Testers
V/F Converters (Ask the Applications Engineer—3)
Sensor-to-Serial Communications with a Screwdriver
Reference Maximizes Resolution from 12-V Supplies
High-Accuracy, Widest Bandwidth IC Analog Multiplier
Ultra-High-Speed Phase Discriminator Has no Dead Zone
New 12-Bit Sampling ADCs Digitize Fast AC Waveforms
Dual Bipolar Op Amp Provides Superior Matching of Specs
Low Power 16-Bit DAC for High Accuracy at Low Cost
Isolated mV/TC Conditioner Has High Gain, Low Drift
4 Sample/Holds on a Chip with 1-μs max Acquisition Time
When It Comes to Trimming (Ask the Applications Engineer—2)
Volume 22, 1988 <return to volume>
200-MSPS 8-Bit IC A/D Converter Has 25-MHz Bandwidth
Evaluation Board Explores Capabilities of 8-Bit AD770
High-Volume Automatic Testing of IC Flash Converters
Op Amps Combine Superb DC Precision and Fast Settling
4-Channel Video Multiplexer Sustains 30-MHz BW
3 Analog and Digital I/O Boards for the PS/2 Micro Channel
Quad Precision BiFET Op Amp Has Superior AC and DC Specs
12-Bit Monolithic ADC Samples at up to 100 kHz
First Complete Low-Cost 12-Bit IC MDAC Has On-Chip Amplifier
12-Bit, 10-MSPS Sampling ADC in a DIP
Monolithic Serial 12-Bit ADC Converts in 10 Microseconds
Voltage-to-Current Isolator Also
Supplies
Log Compensation Resistors (Ask the Applications Engineer—1)
Disk-Read ICs Condition and Deliver Bits at 50 Mbits/s
Precision Bipolar Op Amp Has Lowest Drift, Offset
Low-Cost True-RMS Chips also Compute AC Average
True 18-Bit DAC in Hybrid Package Has Small Size, Low Cost
12-Bit ADCs for DSP Provide Complete Interface
Monolithic Digitally Programmable Delay Generator
15 New CMOS Switches and Muxes in Convenient Variety
Fast Monolithic Log Amp with Better than 250-MHz BW
Faster DSP μP: 1,024-Point Radix-4 FFT in 3.0 ms
CMOS Video DACs Provide Memory, Interface, 3 Outputs
Monolithic 12-Bit Quad Readback DAC Saves Board Space
Voltage-to-Current Isolator Provides High Accuracy
AD652: Improved Monolithic Synchronous V/F Converter
12-Bit Monolithic ADC Guarantees 3-μs Conversion Time
Choose VMEbus Video Digitizer Boards to Match Source
Data Acquisition and Control Software for PC Plug-Ins
New Enhancements to LTS-Series of Benchtop IC Testers
Volume 21, 1987 <return to volume>
Complete Monolithic 8-Bit 400-kSPS Analog I/O System
Monolithic 10-Bit, 20-μs Sampling A/D Converter
Monolithic DAC Combines Speed and Accuracy
22-Bit Complete Modular Integrating A/D Converter
Monolithic Software-Programmable-Gain Amplifier
Fast, Accurate BiFET Op Amp Settles to 0.01% in 900 ns max
8-Bit Video Digitizer for Cameras Includes Control Signals
Plug-In Boards Add Power and Versatility for VMEbus Users
Two New Multiple M-DACs Save Space and Power in Board Designs
Two New High-Precision Monolithic Voltage References
Monolithic Electrometer Has 60 fA max Bias Current
High-Performance Analog Input Boards for IBM PC-XT
Fast-Settling 12-Bit DAC Provides 40-ns μP Interfacing
High-Resolution Monolithic Resolver-to-Digital Converter
64-Bit Floating-Point Chipset with 40-MFLOPS Throughput
High-Speed Single and Dual Monolithic Latching Comparators
Monolithic IC for Process-Control Transmitters
16 × 16-Bit Multiplication in 15 ns
8-Bit ADC with 150-MSPS Encode Rate
8-Bit, 300-MHz Monolithic D/A Converter for Displays
First Monolithic Resolver-to-Digital Converter
Monolithic Precision Voltage Reference
Quad 12-Bit Readback DAC with 40-ns Bus Access Time
New DSP ICs for Increased Functionality and Performance
Wide-Bandwidth Fast-Settling Operational Amplifier
High-Speed Pin Driver for Digital Device Testing
Modular I/O Card for the IBM PC
Process Monitoring and Operator Interface Software for μMACs
Precision Signal Conditioner for Bridge Transducers
Volume 20, 1986 <return to volume>
Fast, Flexible CMOS Single-Chip μP for Digital Signal Processing
16-Bit DAC Is 16-Bit
Monotonic—All Grades and
Compact Low-Cost Signal Conditioning Modules
Expandable Modular I/O Processor for Industrial Automation
Precision Wideband Three-Port Isolator
Monolithic Synchronous V/F Converter: 0.005% max Nonlinearity
Highest-Linearity 16-Bit DAC Is Digitally Trimmable
Small, Fast, Low-Cost, High-Resolution Integrating ADC
Low-Cost Hybrid Strain-Gage Signal Conditioner
The Easy Way to Interface an LVDT to Digital
Isolation Amplifiers Become Low-Cost Components
Monolithic CMOS A/D Converter: 12-Bits in 5 μs
Fast 64-Bit IEEE-754 Floating-Point Multiplier and ALU
Fast, Flexible CMOS ICs Simplify Design of DSP Systems
Real-World Interface Cards for IBM Personal Computers
μP-Based Autoranging Thermocouple Meters
3 New 4-DAC DIPS: 8- and 12-Bit Quad D/A Converters
Software-Programmable 12-Bit Data-Acquisition System
Ultrafast High-Resolution Sampling A/D Converters
Complete Monolithic Serial-Output 10-Bit A/D Converter
Monolithic Triple 4-Bit D/A Converter
Testing Engine Emissions More Effectively
Volume 19, 1985 <return to volume>
Complete Monolithic Analog Multifunction Chip
Dual 12-Bit Microprocessor-Compatible DAC in 0.3” DIP
24 × 24-Bit Fixed-Point CMOS Digital Multiplier
Low-Cost Voltage-to-Frequency Converter Chip
High-Performance Precision Hybrid Isolation Amplifier
New Plug-In Signal-Conditioning Modules for 3B Series
Double-Buffered 14-Bit Monolithic CMOS Multiplying DAC
Low-Cost 8-Bit Monolithic ADC Converts in 1.36 μs max
SPGA-T/H Amplifier for Data-Acquisition System Design
High-Performance 10-Bit, 800-ns A/D Converter
Real-World I/O Cards for the CMOS STD Bus
Thermometer with Resolution Better than 0.0001°C
Volume 18, 1984 <return to volume>
IVS-100: The Eye—An Intelligent Vision System for Industrial Image Analysis
Monolithic Analog Trigonometric Function Generator
Monolithic Sample-Hold Is Complete, Fast, Accurate
Resolver/Digital with Accurate Tachometric Output
Fast 1.5-Micron Multiplier and Multiplier/Accumulators
Precision Demo Units Simplify Analog IC Evaluations
8 New Plug-In Signal-Conditioning Modules in 3B Series
ADSP-1110: Single-Port 16 × 16 Multiplier-Accumulator
The Compleat General-Purpose 12-Bit D/A Converter
Speeding up FIR Filters (Making the FIR Fly)
Flash Converters Work Better with Track/Holds
First 12-Bit, 1-MHz Hybrid A/D Converter with Track/Hold
Use the Monolithic AD630 for Precision Waveforms
Flexible Monolithic Instrumentation Amplifier
Thermocouple-Based Setpoint Controllers
Autoranging μP-Based RTD/Thermistor Meters
New Hybrid Resolver-to-Digital Converter Family
Low-Cost 12-Bit Analog Interface Boards for VME Bus
Data-Conversion Amplifier Noise Revisited
Second-Generation Monolithic RMS-to-DC Converter
Fast, Simple Approximation of Functions
75-MHz Conversions with 6-Bit Monolithic Flash ADC
Rate-of-Cooling Meter for Cryogenic Applications
Monolithic CMOS Triple-Output DC-to-DC Converter
Complete Monolithic 8-Bit, 10-μs A/D Converter
Volume 17, 1983 <return to volume>
Standalone Single-Board Measurement and Control System
Program Interrupts, Error Trapping, Program Workspaces
12-Channel Analog Expander Board for μMAC Systems
MUX200 Increases Channel Capacity of MACSYM 350 Systems
Data Acquisition Information System
Booleans, 8-Color Plotter, 10 MB
Ground Rules for High-Speed Circuits
Four Buffered Voltage-Out 8-Bit DACs in One 20-Pin DIP
Avoiding Passive Component Pitfalls
Digital FIR Filters Without Tears
Monolithic V/F Converter with 1-MHz Full Scale Output
Low-Power Digital Signal-Processing ICs
Fast, Flexible Switched Dual-Input Op Amp and Comparator
Level-Independent Automatic Gain Control
12-Bit, 10-MHz Analog-to-Digital Converter
Modular Alarm Limit Subsystem Is Versatile and Rugged
Test Digital and Linear ICs with LTS-2000 Test Systems
Understanding the MACSYM 150/350 Software
Volume 16, 1982 <return to volume>
Analog Signal-Conditioning ICs Take Two Giant Steps
Multichannel Signal-Conditioning Input/Output Subsystem
Sensor-Based Intelligent Data Acquisition for STD Bus
Powerful Measurement-and-Control System… and Much More
Faster Testing with New μC-Based Benchtop Tester
Industry’s First Quad 12-Bit DAC in a 28-Pin DIP
Understanding Interference-Type Noise
Wideband 2-Channel Monolithic Analog Multiplier/Divider
Highest-Performance 12-Bit Monolithic D/A Converter
AD7528: A Dual Monolithic DAC for Many Reasons
Applying High-Performance Monolithic FET-Input Op Amps
Use Your Personal Computer for Measurement and Control
Improved Vector-Scan Displays Are Coming
Deglitching a 16-Bit Monolithic D/A Converter
Versatile μP-Based Meters for J-K-T-E-R-S Thermocouples
Logarithmic Multiplying CMOS D/A Converter
New Software Package for LTS-2010 Test Systems
High-Performance Hybrids for Data-Acquisition
Super-Performance Hybrid Op-Amp Families
Hybrid Isolation Amplifiers with a New Twist
World’s First Monolithic 16-Bit D/A Converter
Monolithic 12-Bit DAC Has 6-Word FIFO Memory
First Monolithic FET Op Amp with 1 μV/°C Drift
Analog I/O Interface Cards for STD Bus
Testing A/D Converters Automatically
MACSYM 10 for Industrial-Plant-Floor Environments
Double-Buffered Complete 12-Bit D/A Converter
High-Resolution Data-Acquisition Family
Volume 15, 1981 <return to volume>
Hybrid DACs for Graphic Displays
Measurement-and-Control System with Mass Storage
New Package Is the Key to Superior Hybrids
Advantages of 3-States in Synchro Conversion
Single-Board Measurement and Control System
2-Wire Temperature Transmitters
6-Bit ADCs Convert in 10/20 Nanoseconds
Stable High-Accuracy 10.0000-V References
8-Bit 8-Channel DAS Stores Conversion Results
High-Speed Software-Controlled Gains
Volume 14, 1980 <return to volume>
Computerized Test System for Linear Devices
Versatile System Console for Accurate Measuring
System Software Designed for Unskilled Operators
Software-Configured Family Boards Speed Testing
Sample Programs for Testing Op Amp and DAC
Isolate, Amplify, Multiplex 4+ Channels
2B56 Programmable Cold-Junction Compensator
Isolated Conversion from Digital to 4-to-20 mA
10-Bit 20-MHz Video A/D Converter
12-Bit CMOS M-DAC Interfaces Directly with μPs
DAC Controls Precision UHF Noise Level
Putting the AD558 DACPORT on the Bus
The New Generation of Isolation Amplifiers
Digital to 4-to-20 mA for Process Control
CMOS DACs in the Voltage-Switching Mode
Volume 13, 1979 <return to volume>
Very-High-Speed Data Acquisition
V/I Converters for Process Control
Checking A/D Converter Linearity
High-Resolution ΔT Measurement
Statistics Using Analog Techniques
MACSYM II: A Complete Measurement-and-Control System
MACSYM II: Fast, Efficient 16-Bit Central-Processing Unit
MACSYM II: ADIO Controller and Bus Minimize Interference, Power, and Cost
MACSYM II: Card Library Provides Flexible Input/Output Capability
MACSYM II: MACBASIC Measurement-and-Control-Oriented Software
MACSYM II: The Proof of MACSYM’s Power Is in the Applications
Volume 12, 1978 <return to volume>
Complete 12-Bit, 2-Chip IC A/D Converter
3 New CMOS Monolithic Multiplying DACs
Fast, 12-Bit Monolithic D/A Converter
Multichannel Measurement and Display
High-Performance, Low-Cost Bipolar-FET Op Amp
Versatile Digital Vector Generators
12-Bit IC Data-Acquisition System
Monolithic Precision Multiple Voltage Reference
Low-Cost Digital Temperature Indicators
Circuit Ideas for IC Converters
1-μA/K IC Temperature-to-Current Transducer
Complete Monolithic 10-Bit A/D Converter
12-Bit CMOS Multiplying D/A Converter
New Real-Time Interface Boards for μCs
Application Ideas for Multiplying DACs
The Strange Case of the Large Offset
Volume 11, 1977 <return to volume>
Monolithic IC RMS-to-DC Converter
6-Channel Scanning Digital Thermometer
12-Bit Hybrid IC A/D Converter
3 New Analog I/O Boards for μCs
Analog Signal-Handling for High Speed and Accuracy
Versatile Analog-to-Microcomputer Interface
Accurate, Low-Cost, Easy-to-Use IC Multiplier
Highest-Performance 10-Bit IC DAC
CMOS Converters as I/O Devices
284J as a Current-Loop Receiver
Sonicguide Helps Blind Ambulate Freely
Volume 10, 1976 <return to volume>
Revolutionary Panel Meter Uses I2L Chip
Versatile Monolithic V/F or I/F Converter
Differential Instrumentation Amplifier
Really Good Low-Power Modular Converters
13-Bit Monolithic CMOS A/D Converter
Monolithic Sample-Hold Amplifiers
Inductosyn-to-Digital Converters
Simple Rules for Choosing Resistor Values in Adder-Subtractor Circuits
D/A Conversion with Single-Supply Current
Differential High-Impedance RMS-to-DC Conversion
Audio Application Ideas for CMOS DACs
Volume 9, 1975 <return to volume>
Have You Considered V/F Converters?
Monolithic 10-Bit CMOS Multiplying DAC
Get the Most from Precision R-Networks
True Time Average over Varying Periods
Resistance-Ratio-to-Digital Conversion
Measure RMS with Less Ripple in Less Time
10-Bit Monolithic CMOS Analog-to-Digital Converter
Root-Mean-Square Digital Panel Meter
An Improved 12-Bit Multiplying D/A Converter
Isolation Amplifiers for Effective Data Acquisition
Automatic Gain Adjustment Using D/A Converters
Two-Speed Synchro Conversion Systems
Monolithic Differential Instrumentation Amp
Is There an “883” for Modules?
Current Inverter with
Volume 8, 1974 <return to volume>
12-Bit Integrated Circuit D/A Converter
Specifying and Measuring a Low-Noise FET-Input IC Op Amp
Comparing Thin Films for Precision Resistor Networks
Handling Variable Data Rates with SERDEX
Voltage Measurements in Biomedical Research
Using DPMs in Our Own Test Equipment
A 10-Bit Monolithic CMOS D/A Converter
High-Precision Thin-Film Resistance Networks
Temperature Measuring Circuit Borrows Power and Reference from DPM
Reducing Multiplier Linearity Errors
Lock-In Amplifier Uses Single IC
Current Controller Uses Adjustable Exponent
Volume 7, 1973 <return to volume>
“SERDEX” Serial Data Exchange Modules
CMOS Quad Switches and Multiplexers
Designing a Slim, Low-Cost 3½-Digit DPM
Not by Drift Alone… The 741 Op Amp Family
The AD520: Not an Op Amp but an Instrumentation Amplifier
True RMS Measurement Using the AD531
30-dB Automatic Gain Control with the AD531
Vector Difference with the AD531
A Low-Noise, Low-Drift FET-Input Amplifier Design
Volume 6, 1972 <return to volume>
Root-Sum-of-Squares Circuits with the 433
Trigonometric Operations with the 433
Versatile New Module: Y(Z/X)m at Low Cost
10-Bit Binary-to-3-Digit BCD Conversion Using the ADC-10Z as a 3-Digit BCD Converter
RTI vs. RTO: How to Compute the Drift of Instrumentation Amplifiers
Notes on Converter System Component Selection
TDN: Temperature-Drift Nonlinearity—A New Dual-FET Specification
Auto-Ranging Picoammeter
Integrates or
Measuring X-Ray Dosage with an Integrator
Volume 5, 1971 <return to volume>
Low-Cost 3½-Digit Panel Meter for OEM Applications
Converters for Ruggednova Computer
Stable Monolithic Op Amp Slews at 130 V/μs
Understanding Sample-Hold Modules
Fast-Recovery AC Coupling and Galvo Driver
The Many Scale Factors of the AD855 R–2R Ladder Network
Monolithic Operational Amplifier with 1 μV/°C Drift
12-Bit DAC Design Can Be Routine… 16 Bits Is more Difficult, but Achievable
Good Circuit Practice Gets Best Results from Isolation Amplifiers
Protecting a 1/8-Gigawatt Power Supply, or How Do You Make a 2000-A Fuse?
AD555 Monolithic “μDAC” Quad Switches Make 4-Quadrant Multiplying DACs with 12-Bit Linearity
Op Amps as Electrometers or—The World of fA
A Choice, Not an Echo: The AD530 vs.…
Long-Term Drift Measurements on Op Amps
Measuring Sine-Wave Amplitudes Without Filtering
A Complete Multiplier/Divider on a Single Chip
New Approaches to Data-Acquisition System Design
Measuring Air Flow Using a Self-Balancing Bridge
Volume 4, 1970 <return to volume>
High Performance IC FET-Input Op Amp
Choosing and using N-Channel Dual J-FETs
A Frequency Modulation Detector Using Operational Amplifiers
Settling Time of Operational Amplifiers
Applying the Analog Differentiator
Volume 3, 1969 <return to volume>
Noise and Operational Amplifier Circuits
A Tracking Differentiator Has Noncapacitive Input
An Op Amp and a Chopper Give Precision Ramp Generator
Volume 2, 1968 <return to volume>
Chopper Amplifier’s PPM Stability Enables Electron Microscope to Scrutinize Individual Molecules
Equivalent Circuits for Operational Amplifier Drift and Noise
How to Select R and C for Minimum Integrator Drift
Solid-State Op Amp Measures Kilovolts with 0.05% Accuracy
Ideal Rectifier Uses Equal-Value Resistors
Modified Feedback Simplifies Programmable Voltage Supply
Precision Peak-Reading Circuit
Signal Is Sampled and Held for 1 Minute
Volume 1, 1967 <return to volume>
User’s Guide to Applying and Measuring Operational Amplifier Specifications
FET Stabilizes Amplitude of
Grounded-Load Current Source Uses One Operational Amplifier
Measuring the Pinch-Off Voltage of FETs Conveniently
A Parametric Operational Amplifier
Operational Amplifier Principles
Capacitor Improves Sample-and-Hold Circuit
Analog Computation with Magnetoresistance Multipliers
Single Amplifier Current Sources
ARTICLES BY AUTHOR <return to top>
| ABC | MNO |
| DEF | PQRS |
| GHI | TUV |
| JKL | WXYZ |
ABC <return to authors>
Adams, Bob
Asynchronous Sample-Rate Converters
Addepali, Jayanti
Fingerprint Sensor and Blackfin Processor Enhance Biometric-Identification Equipment Design
Anderson, Tage
New Approaches to Data-Acquisition System Design
Aparo, Pam
Support for the Designer—Improved ADI Website Helps You
Ardizzoni, John
Inexpensive High-Speed Amplifiers Make Flexible Clock Buffers
High-Speed Time-Domain Measurements—Practical Tips for Improvement
A Practical Guide to High-Speed Printed-Circuit-Board Layout
Babicz, Dave
Highly Integrated Stereo Codec ICs Drive Multimedia
Soundport® Single-Chip PC Sound System
Baechtold, Fred
Fast, Accurate Timing Recovery for Fiber Optic Links
Baines, Rupert
New High-Speed Data-Acquisition ICs
GSM Chipset Implements All Baseband Functions
Barker, Chuck
True Time Average over Varying Periods
Barnes, Erik
Integrated Solutions for CCD Signal Processing
Current Feedback Amplifiers – II (Ask the Applications Engineer—23)
Current Feedback Amplifiers – I (Ask the Applications Engineer—22)
Barrow, Jeff
Reducing Ground Bounce in DC-to-DC Converters—Some Grounding Essentials
Monolithic DC-to-120-MHz Log-Amp Is Stable and Accurate
Beckman, Paul
Designing Efficient, Real-Time Audio Systems with VisualAudio®
Bendaoud, Soufiane
Berger, Alan
IVS-100: The Eye—An Intelligent Vision System for Industrial Image Analysis
Berney, Helen
Impedance Measurement Monitors Blood Coagulation
Bernstein, Norm
Sensor-to-Serial Communications with a Screwdriver
Current Measurement in Solenoids for Automotive Control Systems
Bhola, S.K.
Modified Feedback Simplifies Programmable Voltage Supply
Black, Brian
Knowing Converter Architectures Can Speed the Choice of A/D Converters for Your System
Blessington, Rick
Embedded Modems Enable Appliances to Communicate with Distant Hosts via the Internet
Bloom, Steve
Advantages of 3-States in Synchro Conversion
Bokil, Delip
Hybrid Isolation Amplifiers with a New Twist
Boole, Bob
Revolutionary Panel Meter Uses I2L Chip
Bortcosh, Raouf
Distributed Data Acquisition and Control with Flexibility
Boyes, Geoffrey
Resolver/Digital with Accurate Tachometric Output
Brannon, Brad
Wideband Radios Need Wide Dynamic Range Converters
Brennan, Oliver
Switching-Regulator Insights—Achieving Longer Battery Life in DSP Systems
Brockman, Don
Ultrafast High-Resolution Sampling A/D Converters
75-MHz Conversions with 6-Bit Monolithic Flash ADC
Ground Rules for High-Speed Circuits
Improved Vector-Scan Displays Are Coming
Brodie, Dean
Brokaw Paul
Monolithic Differential Instrumentation Amp
Grounding for Low- and High-Frequency Circuits
Monolithic IC for Process-Control Transmitters
Fast, Flexible Switched Dual-Input Op Amp and Comparator
Complete Monolithic 10-Bit A/D Converter
Analog Signal-Handling for High Speed and Accuracy
Brown, Cy
Notes on Converter System Component Selection
12-Bit DAC Design Can Be Routine… 16 Bits Is more Difficult, but Achievable
Brown, Terry
Improved Vector-Scan Displays Are Coming
Browning, Carl
Evaluation Board Explores Capabilities of 8-Bit AD770
Bruce, Ian
Dual Op-Amp Has Low Noise and Dissipation, Combines Benefits of JFET & Bipolar Design
Automotive Sensor Detects Lamp and Indicator Failures Automatically
Complete Monolithic Current Transmitter
Current-Output Module Augments 6B Series
Brunner, Eberhard
How Ultrasound System Considerations Influence Front-End Component Choice
Bryant, James
High-Frequency Signal-Contamination (Ask the Applications Engineer—14)
Voltage References (Ask the Applications Engineer—11)
Wires (Ask the Applications Engineer—10)
Op-Amp Issues (Ask the Applications Engineer—8)
Op-Amp Issues—Noise (Ask the Applications Engineer—7)
Op-Amp Issues (Ask the Applications Engineer—6)
V/F Converters (Ask the Applications Engineer—3)
When It Comes to Trimming (Ask the Applications Engineer—2)
Log Compensation Resistors (Ask the Applications Engineer—1)
Precision Demo Units Simplify Analog IC Evaluations
Buckley, Kevin
Selecting an Analog Front End for Imaging Applications
Burke, Mary
Why and How to Control Fan Speed for Cooling Electronic Equipment
Burton, Phil
Checking A/D Converter Linearity
Monolithic 12-Bit DAC Has 6-Word FIFO Memory
3 New CMOS Monolithic Multiplying DACs
Burwen, Richard
Stable Monolithic Op Amp Slews at 130 V/μs
A Complete Multiplier/Divider on a Single Chip
Butler, Bob
2-Wire Temperature Transmitters
A Smart Modem for Robust Wireless Data Transmission Over ISM Bands
Buxton, Joe
Li-Ion Battery Charging Requires Accurate Voltage Sensing
Simple Techniques Protect Amplifiers from Input Overvoltage
Dual Setpoint Single-Chip Temperature Controller
3-V Precision Op Amps from Analog Devices
Advanced SPICE Op-Amp Macromodel: A Powerful Tool for Designers
Electronic Adjustment Made Easy with the TrimDAC®
Byrne, Mike
Controller Board System Allows for Easy Evaluation of General-Purpose Converters
Instrumentation Applications of New Sigma-Delta A/D Converters
Design Ideas for Sigma-Delta Instrumentation ADCs
Complete Monolithic 8-Bit 400-kSPS Analog I/O System
4 Buffered Voltage-Out 8-Bit DACs in One 20-Pin DIP
Canty, Peter
Solving Power-Management Problems with 7 Channels of Sequencing, Monitoring, and Supervision
Carrier, Phil
Disk-Read ICs Condition and Deliver Bits at 50 Mbits/s
Casamayor, Mercedes
How to Save Power in Battery Applications Using the Power-Down Mode in an ADC
Lens Drivers Focus on Performance in High-Resolution Camera Modules
Castelli, Steve
Sample Programs for Testing Op Amp and DAC
Low-Cost Digital Temperature Indicators
Cecil, Jim
A 10-Bit Monolithic CMOS D/A Converter
Champy, Adam
Elements of Motion: 3D Sensors in Intuitive Game Design
Chang, John
Versatile System Console for Accurate Measuring
Chang, Victor
Encoder’s Spare
Channel Embeds Whole-House Stereo Audio in Satellite
Checkovich, Peter
Settling Time (Ask the Applications Engineer—18)
Understanding and Using High-Speed Clamp Amplifiers
Chivers, J. A.
DAC Controls Precision UHF Noise Level
Clark,
D/A Conversion with Single-Supply Current
Maximizing Battery Life in Communications Systems
Single-Supply IF Strip Digitizes QAM Signals
Low-Distortion Mixer: +24 dBm 3rd-Order Intercept for Only –10 dBm LO Power
Low-Noise, Wideband Voltage-Controlled Amplifiers with “Linear-in-dB” Gain
Monolithic DC-to-120-MHz Log-Amp Is Stable and Accurate
Industry’s Fastest Monolithic FET-Input Op Amp
Clegg, Lavar
Get the Most from Precision R-Networks
High-Precision Thin-Film Resistance Networks
Close, JoAnn
Monolithic Electrometer Has 60 fA max Bias Current
Coles, W. A.
DAC Controls Precision UHF Noise Level
Collins, Anthony
Switches and Multiplexers (Ask the Applications Engineer—26)
Company-Bosch, Enrique
ECG Front-End Design Is Simplified with MicroConverter®
Conant, James
Precision Wideband Three-Port Isolator
Isolation Amplifiers Become Low-Cost Components
Conant, Richard
Equivalent Circuits for Operational Amplifier Drift and Noise
Lens Drivers Focus on Performance in High-Resolution Camera Modules
Corrigan, Theresa
Wideband CMOS Switches (Ask the Applications Engineer—34)
Counts, Lew
Peak Detector Circuit Captures 200-ns Pulses
Complete Monolithic Analog Multifunction Chip
Second-Generation Monolithic RMS-to-DC Converter
High-Performance, Low-Cost Bipolar-FET Op Amp
Circuit Ideas for IC Converters
Monolithic IC RMS-to-DC Converter
Measure RMS with Less Ripple in Less Time
Reducing Multiplier Linearity Errors
True RMS Measurement Using the AD531
Versatile New Module: Y(Z/X)m at Low Cost
Cowles, John
Accurate Gain/Phase Measurement at Radio Frequencies up to 2.5 GHz
Cox, Steve
Craven, Bob
12-Bit Hybrid IC A/D Converter
12-Bit Integrated Circuit D/A Converter
How to Save Power in Battery Applications Using the Power-Down Mode in an ADC
Croteau, John
Monolithic Sample-Hold Is Complete, Fast, Accurate
Fast-Locking, High-Sensitivity Tuned-IF Radio Receiver Achieved with a
Design a Direct 6-GHz Local Oscillator with a New, Wideband, Integer-N PLL Synthesizer
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 3
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 2
Phase-Locked Loops for High-Frequency Receivers and Transmitters—Part 1
Sigma-Delta Techniques Reduce Hardware Count and Power Consumption in Biomedical Analog Front Ends
Use Analog I/O Ports as High-Performance Infinite Sample/Holds and Peak Followers
3-Volt-Supply 12-Bit Multichannel Data-Acquisition System Samples at 50 kHz