ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN325 AN21 AN21 AN529 AN531 AN209 AN407 AN408 AN411 AN272 AN256 AN107 AN289 AN316 AN317 AN317 AN318 AN222 AN293 AN223 AN290 AN259 AN254 AN210 AN534 AN415 AN525 AN526 AN116 AN211 AN423 AN127 AN325 AN206 AN342 AN276 AN330 AN538 AN501 Return to Application Note Menu TITLE 12 Analog I/O Port Uses AD7549 and 8051Microcomputer 4-20 mDigital to Process Current Transmitter 4-20mA Digital to Process Current Transmitter 5B series signal conditioning subsystems in RFI/EMI fields 5B37 transfer function calculating the output voltage of 5B37 signal conditioner 8th Order Programmable Low Pass Analog Filter AC Motor Control Experiments Using the ADMS-200-EVAL Board AC Motor Control using the AD2S200 Coprocessor Acceleration to Frequency Circuits, by Charles Kitchen, Dave Accuracies of the AD590 Temperature to Current IC. Accurately Testing OP AMP Settling Time Active Feedback Improves Amplifier Phase Accuracy. AD670 8 Bit to D Converter Applications AD7224 Provides ProgrammableVoltages Over Varying Ranges AD7226 Quad CMOS DAC AD7226 Quad CMOS DAC (Set Point Controller/100V Booster Amp) AD7528 Dual, 8 Bit CMOS DAC, (Sine Wave Oscillator, Wave Form Generator) AD7569/AD7669 Operation with Offset Signal Grounds for Disk Drive Applications AD7574 Analog to Microprocessor Interface. AD7575 Operation with an Offset Signal Ground for Disk Drive Applications, AD7578 and AD7582 Performance with Reduced Vdd Supply (+12V +/- 10%) AD9617/AD9618 Current Feedback Amplifier Macromodels Add Programmable Gain, Attenuation Adding Additional Input Channels to the AD7773 & AD7775 Adding HART capability to the AD421, loop powered 4 mA-20 mDAC using the 20C15 HART modem ADSP2181 IDMInterface to MotorolMC68300 uP Family ADV601 video codec design considerations ADV601 video codec frequently asked questions AGC Amplifier Design with Adjustable Attack and Release Control Alexander Current Feedback Audio Power Amplifier Amplitude Modulation of the AD9850 direct Digital Synthesizer An Unbalanced Mute Circuit for Audio Mixing Channels Analog I/O Port Uses AD7549 and 8051Microcomputer Analog Panning Circuit Provides almost Constant Output Power Analog Signal Handling for High Speed and Accuracy, Analog to Digital Conversion by Using V/F Converters Animation Using the Pixel ReadMask Register of the ADV47x Seriesof Video RAM-DACs, Answers to frequently asked questions about the AD280 Aperature uncertainty and ADC System Performance (Clock Jitter) Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN204 AN204 AN277 AN382 AN270 AN532 AN533 AN25 AN354 AN353 AN351 AN361 AN352 AN360 AN362 AN291 AN217 AN134 AN348 AN112 AN115 AN122 AN111 AN250 AN355 AN232 AN40 AN309 AN271 AN296 AN257 AN331 AN237 AN265 AN230 AN392 AN343 AN343 AN320A TITLE Applications fo the SMP04 and the SMP08/SMP18 Quad and Octal Sample and hold Amplifiers Applications fo the SMP04 and the SMP08/SMP18 Quad and Octal Sample and hold Amplifiers (Set Point Controller) Applications for the AD537 Voltage to Frequency Converter Applications of the SSM-2120 Dynamic Range Processor, by Joe Applying IC Sample and Hold Amplifiers Applying model 5B38 with 120 ohm strain gages Applying the 5B series backplanes and mounting cards Applying the OP06 as High Precision Comparator Ask the Applications Engineer-1 (Mux’d A/D & LOG kT/q Compensation) Ask the Applications Engineer-10 PC Board Layout) Ask the Applications Engineer-2 (Trimming A/D’s and D/A’s) Ask the Applications Engineer-3 (V/F Converters) Ask the Applications Engineer-5 (High Speed Comparators) Ask the Applications Engineer-6 (OP AMP Types) Ask the Applications Engineer-9 (Techniques) Asynchronous clock Interfacing with the AD7878 Audio Applications for the ADSP2100 Family (IIR Filters) Automatic Microphone Mixer. Avoiding Passive Component Pitfalls Balanced Input, High Level Amplifier Balanced Low Noise Microphone Preamplifier Design Balanced Mute Circuit for Audio Mixing Consoles Balanced Summing Amplifier Bandwidth, Off Isolation, and Crosstalk Performance of the ADG50xMultiplexer Behind the Switch Symbol: Use CMOS Analog Switches More Effectively When You Consider Them as Circuits Bootstrapped IC Substrate Lowers Distortion in JFET Op Amps Buffer Amplifier Application Collection Build Fast VCA’s & VCFs with Analog Multipliers, Build Precise S/H for Fast 12 Bit ADC’S Build Single Shot Recorder to Catch Fast Transients Careful Design Tames High Speed Op Amps, by Joe Buxton. Changing your VGDesign from ADV171/176 to ADV471 Choosing DACs for Direct Digital Synthesis, Circuit Applications of the AD2S80 and AD2S81 Resolver to Digital Circuit Applications of the AD2S90 R/D Converter Circuit Design and Applications Note for the ADM663A/666A Circuit Ideas for IC Converters Circuit Ideas for IC Converters (Ohms to Frequency Converter, Programmable offset Instrumentation Amplifier) CMOS DACs and Op Amps Combine to Build Programmable Gain Amplifier, PART 1 Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN320B AN106 AN106 AN308 AN380 AN404 AN240 AN233 AN235 AN386 AN403 AN231 AN393 AN400 AN123 AN-TBD AN294 AN101 AN23 AN327 AN17 AN17 AN17 AN17 AN17 AN312 AN333 AN404 AN215A AN215B AN215C AN528 AN545 AN227 AN344 AN535 TITLE CMOS DACs and Op Amps Combine to Build Programmable Gain Amplifier, PART 2 Collection of OP AMP Applications Collection of OP AMP Applications Commutating Amp Multiplies Precisely Compensating for the 0 g Offset Drift of the ADXL50 Considerations for Mixed Signal Circuit Board Design Considerations for Selecting DSP Processor, ADSP2101 vs DSP16A Considerations for Selecting DSP Processor, ADSP2101 vs TMS32050 Considerations for Selecting DSP Processor, ADSP21020 vs TMS320C30 Considerations for Selecting DSP Processor, ADSP2105 vs TMS320C25 Considerations for Selecting DSP Processor, ADSP21060 vs TMS320C40 Considerations for Selecting DSP Processor, ADSP2111 vs DSP56000 Considerations for Selecting DSP Processor, ADSP2115 vs TMS320C5x Considerations for Selecting DSP Processor, ADSP2181 vs TI & MOTO Constant Power "PAN" Control Circuit for Microphone for Microphone Audio Mixing Controller for General Purpose Converter Evaluation & Demonstration Boards Converter Delivers 12 Bit, 200 kHz Sampling Systems, by John Reidy. Cross Plot Generator Allows Quick A/D Converter Evaluation D/Converter Generates Hyperbolic Functions DAC ICs: How Many Bits is Enough?, by Robert Adams. DAC08 Applications Collection DAC08 Applications Collection (Bridge transducer Control System & Waveform Generator) DAC08 Applications Collection (CRT Driver) DAC08 Applications Collection (DTL, ECL) DAC08 Applications Collection (Settling Time) DAS Packs Memory for Micro-Processor Interface Design and Layout of Video Graphics System for Reduced EMI, Design PCB Layout Compatible with the CS4231 using the AD1845. Designers Guide to Flash A/D Testing: Part 1 Designers Guide to Flash A/D Testing: Part 2 Designers Guide to Flash A/D Testing: Part 3 Designing 5B series system design considerations Designing Watt-Hour Energy Meter Based on the AD7750 Digital Control System Design with the ADSP-2100 Family. Digital FIR Filters without Tears Digital input/output subsystems Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AB3 AN234 AN334 AN137 AN536 AN419 AN218 AN264 AN329 AN397 AN219 AN364 AN539 AN368 AN228 AN229 AN413 AN527 AN365 AN366 AN367 AN398 AN-TBD AN420 AN302 AN269 AN417 AN253 AN253 AN285 AN282 AN328 AN313 AN214 AN345 AN214 AN133 AN121 AN114 AN543 AN523 TITLE Digital Nulling of Precision Op Amps Digital Resolver Integration. Digital Signal Processing Techniques Digitally Programmable Gain and Attenuation Amplifier Dimensional Gaging measurements with model 3B17 Discrete, Low Phase Noise, 125 Mhz Crystal Oscillator for the AD9850 Complete Direct Digital Synthesizer, DSP Multirate Filters Dynamic Characteristics of Tracking Converter Dynamic Performance of CMOS DACs in Modem Applications, Electrically Induced Damage to Standard Linear Integrated IC’s Electronic Adjustment Made Easy with the TrimDAC Enhancing the Performance of the AD7111Aand AD7112 "LOGDAC"s, Errors and error budget analysis in instrumentation applications Evaluation Board for the AD7701/AD7703 SigmDeltA/D Converters Evaluation Board for the AD7884 16 Bit A/D Converter Evaluation Board for the AD7885 16 Bit A/D Converter Evaluation Board for the AD7890, 12-Bit Serial DatAcquisition Evaluation board for transducer ADC Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Single, Dual, and Quad Operational OP AMPS Evauluation board for the AD7730 Strain Gauge Transudcer A/D Evauluation board for the AD9708, ADAD9760, AD9762, AD9764 Exploit Digital Advantages in an SSB Receiver Extend RMS-to-DC Converters Range Fast, Rail-to-Rail Operational Amplifiers Ease Design Find OP AMP Noise with a Spreadsheeet Find OP AMP Noise with Spreadsheeet Function Generator and Linearizer Circuit Using the AD7569 (ADC + DAC), Fundamentals of Sampled DatSystems Generate 4 Channels of Analog Output Using AD7542 12 Bit D to Converters and Control the Lot. Getting the Most from High Resolution D to Converters, Ground(ing) Rules for High Speed Circuits, Grounding for Low and High Frequency Circuits Grounding Rules for High Speed Circuits, High Performance Compander for Wireless Audio Systems High Performance Stereo Routing Switcher. SSM-2402. High Performance Transformer-Coupled Microphone Preamplifier High quality, all-digital RF frequency modulation generation with the AD2181 DSP and the AD9850 direct digital synthesizer High speed Converter Evaluation System: High Speed FIFO Memory Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN421 AB109 AN311 AN202 AN383 AN284 AN322 AN332 AN377 AN405 AN224 AN245 AN399 AN395 AN326 AN292 AN207 AN246 AN246 AN108 AN336B AN349 AN338 AN338 AN414 AN242 AN262 AN139 AN385 AB115 AB108 AN323 AN323 AN280 AN307 AN135 TITLE High Speed DatAcquistion Using the RTI-2100 High Speed Precision Rectifier How to Reliably Protect CMOS Circuits Against Power Supply Overvoltage IC Amplifier User’s Guide to Decoupling, Grounding, and Making Things go right for change Imbedded Shock and Temperature Recorder Implement Infinite Sample and Hold Circuits Improve Function Generators with Matched D to Converters Improved PCB Layouts for VideoRAM-DACs Can Use Either PLCC or DIP Package Increasing the Frequency Response of the ADXL50, Increasing the Speed of the Output Response of Demodulating Log Amp Input/Output level Shifting with the AD7769 Instrumentation Amplifiers Solve Unusual Design Problems Interfacing the AD1890/AD1891 to AES/EBU Recievers and Digital Filters Interfacing the AD22100 Temperature Sensor to Low Cost, SingleChip Microcontroller Interfacing the AD7549 to the MCS-48 and MCS-51 Microcomputer Familie Interfacing the AD7572to High Speed DSP Processors Interfacing Two 16 Bit AD1856 (AD1861) Audio DACs with the Philips SAA7220 Digital Filter Isolation Barrier Precisely Passes Transducer Signals Isolation Barrier Precisely Passes Transducer Signals (4 to 20mCurrent Loop) JFET Input Op Amps are Unrivaled for Speed and Accuracy, JPEG Compression Keys to Longer Life for CMOS Loading an ADSP-2101 Program via the Serial Port, Loading an ADSP-2101 Program vithe Serial Port, Low Cost, Low Power Devices for HDSL Applications Low Noise Microphone Preamp with Phantom Power Option Low Noise, Low Drop Out Regulator for Portable Equipment. Low Voltage Power Supply Watchdog Monitor Circuit. Make Wide Temperature Range, UltrLow Drift Accelerometer Using ADXL50 & Low Cost Crystal Oven Micropower 1.23V Bandgap Reference Micropower Single Supply Precision Rectifier Microstepping Drive Circuits for Single Supply Systems Microstepping Drive Circuits for Single Supply Systems (PWM Drives) Mixed Signal Circuit Techniques Modem Circuit Techniques Simplify Instrumentation Designs, Morgan Compressor/Limiter, by Michael Morgan. Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN379 MPEG-II Decoder AN530 AN358 AN381 AN304 AN126 AN120 AN117 AN132 AN110 AN278 AN357 AN394 AN410 AN281 AN266 AN27 AN221 AB113 AN129 AN261 AN319 AN541 AN249 AN378 AN402 AN263 AN268 AN251 AN375 AN238 AN387 AN359 AN347 AN283 AN299 AN324 AB112 TITLE Mounting Considerations for the ADXL50, Multichannel audio decoder reference design. (Product highlight) Narrow or wide bandwidth 5B series input modules: which is the right choice? Noise and Operational Amplifiers Circuits Obtaining the Best Performance from the AD7893 Evaluation Board One Chip Slide Rule Works with Logs, Antilogs, for Real Time Processing, OP260 Advanced SPICE Macro-Model OP400 Advanced SPICE Macro-Model OP42 Advanced SPICE Macro-Model OP470 Advanced SPICE Macro-Model OP64 Advanced SPICE Macro-Model Operation and Applications of the AD654 IC V to F Converter Operational Integrators Outboard Digital-to-Analog Converter for Digital Audio Sources Overcoming Converter Nonlinearities with Dither, Passive and Active Analog Filtering Passive Component Selection and Dynamic Modeling for theAD2S80 Series Resolver to Digital Converter Polarity Prrogrammable Peak Detector Power Down Circuit Cuts Power to AD7769 and AD7774 Precision Ramp Generator Precision Sum and Difference (Audio Matrix) Circuit Programmable Delay ICs Control System Timing. Programmable Sin Wave Oscillator using Simple Interface Between D/& Microcomputer Proper system grounding techniques for 6B series systems Protection for the ADG50x Multiplexer Series Reducing the Average Power Consumption of the ADXL50, Replacing Output Clamping Op Amps with Input Clamping Amps. Resolver to Digital Conversion;Simple Alternative to Optical Shaft Encoders RMS-to-DC Converters Ease Measurement Tasks, Ron Modulation in CMOS Switches and Multiplexers; What It Is, and How to Predict its Effect on Signal Distortion RS-232 Communications RS-232 Communications Serial Port CODEC Interface Example for Parallel Bus. Settling Time of Operational Amplifiers Shielding and Grounding Sigma-DeltADC’s and DAC’s Simple Circuit Provides Ratiometric Reference Levels for AD782X Family of Half-Flash Simple DAC Based Circuit Implements Constant Linear Velocity Motor Speed Control Single Resister Controls Wein Bridge Oscillator Frequency Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN310 AB6 AN32 AB111 AN236 AN138 AN306 AN350 AN274 AN297 AN293 AN211 AN369 AN124 AN124 AN130 AN128 AN131 AN125 AN213 AB107 AN136 AN113 AN301 AN396 AN109 AN35 AN540 AN346 AN208 AN273 AN273 AN356 AN244 AN260 AN388 AN252 AN203 AN406 AN212 TITLE Single Supply 12-Bit DAC Circuits Using the AD7568 Single Supply Operation of he DAC08 and DAC20 Single Supply Operation of JFET Multiplexeers Single Supply Wein Bridge Oscillator Speed Measurement and Control with the AD2S83, " Silicon Tachogenerator" Spice Compatible Op Amp Macro-Models, Synchronous System Measures uOhm’s Take the Guesswork out of Settling Time Measurements Taking the Uncertainty Out ofThermocouple Temperature Measurement with the AD594/AD595, Test Video A/D Converters under Dynamic Conditions The AD7574 Analog to Microprocessor Interface. The Alexander Current Feedback Audio Power Amplifier Thermocouple Signal Conditioning Using the AD594 thru AD597 Three High Accuracy, RIAA/IEC, MC and MM Phono Pre-Amplifiers Three High Accuracy, RIAA/IEC, MC and MM Phono Pre-Amplifiers. SSM-2015. Two Band Audio Compressor/Limiter Two Channel Noise Gate Two Channel VCLevel (Volume) Control Circuit Two Channel, Dynamic Filter Noise Reduction System. Two Chip Voltage Controlled Amplifier & Video Switch Two Wire 4 to 20mCurrent Transmitter UltrLow Noise Preamplifier, by M. Jachowski. Unbalanced, Virtual Ground Summing Amp Undersampling Techniques Simplify Digital Radio, Understanding Accelerometer Scale Factor and Offset Adjustments Understanding and Preventing Latchup in CMOS DACs, Understanding Crosstalk in Analog Multiplexers Understanding global positioning system receiver specifications Understanding Interference-Type Noise Understanding Logrithmic D/A’s Use of the AD590 Temperature Transducer in Remote Sensing Use of the AD590 temperature transducer in remote sensing application User’s Guide to Applying and Measuring Operational Amplifiers Specifications Users Guide to IC Instrumentation Amplifiers, by Jeffrey Riskin. Using Digitally Programmable Delay Generators, Using SigmDeltConverters - Part 1 & 2. Using the AD2S80 SeriesResolver to Digital Converters with Syncros; Solid State Scott-T Circuit. Using the AD2S80Series Resolver-to-Digital Converters as Control Transformers Using the AD771x Family of 24-Bit Sigma-DeltA/D Converters, Using the AD834 in DC to 500MHz Applications Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN374 AN376 AN279 AN267 AN275 AN102 AN205 AN216 AN142 AN255 AN225 TITLE Using the ADXL50 Accelerometer in Low g Applications, Using the ADXL50EM Accelerometer Evaluation Module, Using V/F’s as F/V’s Converters Vector Control using single Vector Rotation Semiconductor for Induction and Permanent Magnet Motora Versatile Current Loop Transmitter Chip Links Strain Gauges and RTDs Very Low Noise Operational Amplifier, Video Formats and Required Load Terminations, Video VCA’s and Keyers Using the AD834 and AD811 Voltage AdjustmentApplications of theDAC-8800 TrimDAC (TM), an Octal, 8 Bit D/A. Voltage Controlled Amp Covers 55dB Range Voltage Output DACs for Single Supply +5 V & +12 V System Click on an Application Note Number to see Note
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Analog Devices CD Reference

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ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN325 AN21 AN21 AN529 AN531 AN209 AN407 AN408 AN411 AN272 AN256 AN107 AN289 AN316 AN317 AN317 AN318 AN222 AN293 AN223 AN290 AN259 AN254 AN210 AN534 AN415 AN525 AN526 AN116 AN211 AN423 AN127 AN325 AN206 AN342 AN276 AN330 AN538 AN501 Return to Application Note Menu TITLE 12 Analog I/O Port Uses AD7549 and 8051Microcomputer 4-20 mDigital to Process Current Transmitter 4-20mA Digital to Process Current Transmitter 5B series signal conditioning subsystems in RFI/EMI fields 5B37 transfer function calculating the output voltage of 5B37 signal conditioner 8th Order Programmable Low Pass Analog Filter AC Motor Control Experiments Using the ADMS-200-EVAL Board AC Motor Control using the AD2S200 Coprocessor Acceleration to Frequency Circuits, by Charles Kitchen, Dave Accuracies of the AD590 Temperature to Current IC. Accurately Testing OP AMP Settling Time Active Feedback Improves Amplifier Phase Accuracy. AD670 8 Bit to D Converter Applications AD7224 Provides ProgrammableVoltages Over Varying Ranges AD7226 Quad CMOS DAC AD7226 Quad CMOS DAC (Set Point Controller/100V Booster Amp) AD7528 Dual, 8 Bit CMOS DAC, (Sine Wave Oscillator, Wave Form Generator) AD7569/AD7669 Operation with Offset Signal Grounds for Disk Drive Applications AD7574 Analog to Microprocessor Interface. AD7575 Operation with an Offset Signal Ground for Disk Drive Applications, AD7578 and AD7582 Performance with Reduced Vdd Supply (+12V +/- 10%) AD9617/AD9618 Current Feedback Amplifier Macromodels Add Programmable Gain, Attenuation Adding Additional Input Channels to the AD7773 & AD7775 Adding HART capability to the AD421, loop powered 4 mA-20 mDAC using the 20C15 HART modem ADSP2181 IDMInterface to MotorolMC68300 uP Family ADV601 video codec design considerations ADV601 video codec frequently asked questions AGC Amplifier Design with Adjustable Attack and Release Control Alexander Current Feedback Audio Power Amplifier Amplitude Modulation of the AD9850 direct Digital Synthesizer An Unbalanced Mute Circuit for Audio Mixing Channels Analog I/O Port Uses AD7549 and 8051Microcomputer Analog Panning Circuit Provides almost Constant Output Power Analog Signal Handling for High Speed and Accuracy, Analog to Digital Conversion by Using V/F Converters Animation Using the Pixel ReadMask Register of the ADV47x Seriesof Video RAM-DACs, Answers to frequently asked questions about the AD280 Aperature uncertainty and ADC System Performance (Clock Jitter) Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN204 AN204 AN277 AN382 AN270 AN532 AN533 AN25 AN354 AN353 AN351 AN361 AN352 AN360 AN362 AN291 AN217 AN134 AN348 AN112 AN115 AN122 AN111 AN250 AN355 AN232 AN40 AN309 AN271 AN296 AN257 AN331 AN237 AN265 AN230 AN392 AN343 AN343 AN320A TITLE Applications fo the SMP04 and the SMP08/SMP18 Quad and Octal Sample and hold Amplifiers Applications fo the SMP04 and the SMP08/SMP18 Quad and Octal Sample and hold Amplifiers (Set Point Controller) Applications for the AD537 Voltage to Frequency Converter Applications of the SSM-2120 Dynamic Range Processor, by Joe Applying IC Sample and Hold Amplifiers Applying model 5B38 with 120 ohm strain gages Applying the 5B series backplanes and mounting cards Applying the OP06 as High Precision Comparator Ask the Applications Engineer-1 (Mux’d A/D & LOG kT/q Compensation) Ask the Applications Engineer-10 PC Board Layout) Ask the Applications Engineer-2 (Trimming A/D’s and D/A’s) Ask the Applications Engineer-3 (V/F Converters) Ask the Applications Engineer-5 (High Speed Comparators) Ask the Applications Engineer-6 (OP AMP Types) Ask the Applications Engineer-9 (Techniques) Asynchronous clock Interfacing with the AD7878 Audio Applications for the ADSP2100 Family (IIR Filters) Automatic Microphone Mixer. Avoiding Passive Component Pitfalls Balanced Input, High Level Amplifier Balanced Low Noise Microphone Preamplifier Design Balanced Mute Circuit for Audio Mixing Consoles Balanced Summing Amplifier Bandwidth, Off Isolation, and Crosstalk Performance of the ADG50xMultiplexer Behind the Switch Symbol: Use CMOS Analog Switches More Effectively When You Consider Them as Circuits Bootstrapped IC Substrate Lowers Distortion in JFET Op Amps Buffer Amplifier Application Collection Build Fast VCA’s & VCFs with Analog Multipliers, Build Precise S/H for Fast 12 Bit ADC’S Build Single Shot Recorder to Catch Fast Transients Careful Design Tames High Speed Op Amps, by Joe Buxton. Changing your VGDesign from ADV171/176 to ADV471 Choosing DACs for Direct Digital Synthesis, Circuit Applications of the AD2S80 and AD2S81 Resolver to Digital Circuit Applications of the AD2S90 R/D Converter Circuit Design and Applications Note for the ADM663A/666A Circuit Ideas for IC Converters Circuit Ideas for IC Converters (Ohms to Frequency Converter, Programmable offset Instrumentation Amplifier) CMOS DACs and Op Amps Combine to Build Programmable Gain Amplifier, PART 1 Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN320B AN106 AN106 AN308 AN380 AN404 AN240 AN233 AN235 AN386 AN403 AN231 AN393 AN400 AN123 AN-TBD AN294 AN101 AN23 AN327 AN17 AN17 AN17 AN17 AN17 AN312 AN333 AN404 AN215A AN215B AN215C AN528 AN545 AN227 AN344 AN535 TITLE CMOS DACs and Op Amps Combine to Build Programmable Gain Amplifier, PART 2 Collection of OP AMP Applications Collection of OP AMP Applications Commutating Amp Multiplies Precisely Compensating for the 0 g Offset Drift of the ADXL50 Considerations for Mixed Signal Circuit Board Design Considerations for Selecting DSP Processor, ADSP2101 vs DSP16A Considerations for Selecting DSP Processor, ADSP2101 vs TMS32050 Considerations for Selecting DSP Processor, ADSP21020 vs TMS320C30 Considerations for Selecting DSP Processor, ADSP2105 vs TMS320C25 Considerations for Selecting DSP Processor, ADSP21060 vs TMS320C40 Considerations for Selecting DSP Processor, ADSP2111 vs DSP56000 Considerations for Selecting DSP Processor, ADSP2115 vs TMS320C5x Considerations for Selecting DSP Processor, ADSP2181 vs TI & MOTO Constant Power "PAN" Control Circuit for Microphone for Microphone Audio Mixing Controller for General Purpose Converter Evaluation & Demonstration Boards Converter Delivers 12 Bit, 200 kHz Sampling Systems, by John Reidy. Cross Plot Generator Allows Quick A/D Converter Evaluation D/Converter Generates Hyperbolic Functions DAC ICs: How Many Bits is Enough?, by Robert Adams. DAC08 Applications Collection DAC08 Applications Collection (Bridge transducer Control System & Waveform Generator) DAC08 Applications Collection (CRT Driver) DAC08 Applications Collection (DTL, ECL) DAC08 Applications Collection (Settling Time) DAS Packs Memory for Micro-Processor Interface Design and Layout of Video Graphics System for Reduced EMI, Design PCB Layout Compatible with the CS4231 using the AD1845. Designers Guide to Flash A/D Testing: Part 1 Designers Guide to Flash A/D Testing: Part 2 Designers Guide to Flash A/D Testing: Part 3 Designing 5B series system design considerations Designing Watt-Hour Energy Meter Based on the AD7750 Digital Control System Design with the ADSP-2100 Family. Digital FIR Filters without Tears Digital input/output subsystems Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AB3 AN234 AN334 AN137 AN536 AN419 AN218 AN264 AN329 AN397 AN219 AN364 AN539 AN368 AN228 AN229 AN413 AN527 AN365 AN366 AN367 AN398 AN-TBD AN420 AN302 AN269 AN417 AN253 AN253 AN285 AN282 AN328 AN313 AN214 AN345 AN214 AN133 AN121 AN114 AN543 AN523 TITLE Digital Nulling of Precision Op Amps Digital Resolver Integration. Digital Signal Processing Techniques Digitally Programmable Gain and Attenuation Amplifier Dimensional Gaging measurements with model 3B17 Discrete, Low Phase Noise, 125 Mhz Crystal Oscillator for the AD9850 Complete Direct Digital Synthesizer, DSP Multirate Filters Dynamic Characteristics of Tracking Converter Dynamic Performance of CMOS DACs in Modem Applications, Electrically Induced Damage to Standard Linear Integrated IC’s Electronic Adjustment Made Easy with the TrimDAC Enhancing the Performance of the AD7111Aand AD7112 "LOGDAC"s, Errors and error budget analysis in instrumentation applications Evaluation Board for the AD7701/AD7703 SigmDeltA/D Converters Evaluation Board for the AD7884 16 Bit A/D Converter Evaluation Board for the AD7885 16 Bit A/D Converter Evaluation Board for the AD7890, 12-Bit Serial DatAcquisition Evaluation board for transducer ADC Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Sigma-DeltA/D Converter Evaluation Boards for Single, Dual, and Quad Operational OP AMPS Evauluation board for the AD7730 Strain Gauge Transudcer A/D Evauluation board for the AD9708, ADAD9760, AD9762, AD9764 Exploit Digital Advantages in an SSB Receiver Extend RMS-to-DC Converters Range Fast, Rail-to-Rail Operational Amplifiers Ease Design Find OP AMP Noise with a Spreadsheeet Find OP AMP Noise with Spreadsheeet Function Generator and Linearizer Circuit Using the AD7569 (ADC + DAC), Fundamentals of Sampled DatSystems Generate 4 Channels of Analog Output Using AD7542 12 Bit D to Converters and Control the Lot. Getting the Most from High Resolution D to Converters, Ground(ing) Rules for High Speed Circuits, Grounding for Low and High Frequency Circuits Grounding Rules for High Speed Circuits, High Performance Compander for Wireless Audio Systems High Performance Stereo Routing Switcher. SSM-2402. High Performance Transformer-Coupled Microphone Preamplifier High quality, all-digital RF frequency modulation generation with the AD2181 DSP and the AD9850 direct digital synthesizer High speed Converter Evaluation System: High Speed FIFO Memory Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN421 AB109 AN311 AN202 AN383 AN284 AN322 AN332 AN377 AN405 AN224 AN245 AN399 AN395 AN326 AN292 AN207 AN246 AN246 AN108 AN336B AN349 AN338 AN338 AN414 AN242 AN262 AN139 AN385 AB115 AB108 AN323 AN323 AN280 AN307 AN135 TITLE High Speed DatAcquistion Using the RTI-2100 High Speed Precision Rectifier How to Reliably Protect CMOS Circuits Against Power Supply Overvoltage IC Amplifier User’s Guide to Decoupling, Grounding, and Making Things go right for change Imbedded Shock and Temperature Recorder Implement Infinite Sample and Hold Circuits Improve Function Generators with Matched D to Converters Improved PCB Layouts for VideoRAM-DACs Can Use Either PLCC or DIP Package Increasing the Frequency Response of the ADXL50, Increasing the Speed of the Output Response of Demodulating Log Amp Input/Output level Shifting with the AD7769 Instrumentation Amplifiers Solve Unusual Design Problems Interfacing the AD1890/AD1891 to AES/EBU Recievers and Digital Filters Interfacing the AD22100 Temperature Sensor to Low Cost, SingleChip Microcontroller Interfacing the AD7549 to the MCS-48 and MCS-51 Microcomputer Familie Interfacing the AD7572to High Speed DSP Processors Interfacing Two 16 Bit AD1856 (AD1861) Audio DACs with the Philips SAA7220 Digital Filter Isolation Barrier Precisely Passes Transducer Signals Isolation Barrier Precisely Passes Transducer Signals (4 to 20mCurrent Loop) JFET Input Op Amps are Unrivaled for Speed and Accuracy, JPEG Compression Keys to Longer Life for CMOS Loading an ADSP-2101 Program via the Serial Port, Loading an ADSP-2101 Program vithe Serial Port, Low Cost, Low Power Devices for HDSL Applications Low Noise Microphone Preamp with Phantom Power Option Low Noise, Low Drop Out Regulator for Portable Equipment. Low Voltage Power Supply Watchdog Monitor Circuit. Make Wide Temperature Range, UltrLow Drift Accelerometer Using ADXL50 & Low Cost Crystal Oven Micropower 1.23V Bandgap Reference Micropower Single Supply Precision Rectifier Microstepping Drive Circuits for Single Supply Systems Microstepping Drive Circuits for Single Supply Systems (PWM Drives) Mixed Signal Circuit Techniques Modem Circuit Techniques Simplify Instrumentation Designs, Morgan Compressor/Limiter, by Michael Morgan. Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN379 MPEG-II Decoder AN530 AN358 AN381 AN304 AN126 AN120 AN117 AN132 AN110 AN278 AN357 AN394 AN410 AN281 AN266 AN27 AN221 AB113 AN129 AN261 AN319 AN541 AN249 AN378 AN402 AN263 AN268 AN251 AN375 AN238 AN387 AN359 AN347 AN283 AN299 AN324 AB112 TITLE Mounting Considerations for the ADXL50, Multichannel audio decoder reference design. (Product highlight) Narrow or wide bandwidth 5B series input modules: which is the right choice? Noise and Operational Amplifiers Circuits Obtaining the Best Performance from the AD7893 Evaluation Board One Chip Slide Rule Works with Logs, Antilogs, for Real Time Processing, OP260 Advanced SPICE Macro-Model OP400 Advanced SPICE Macro-Model OP42 Advanced SPICE Macro-Model OP470 Advanced SPICE Macro-Model OP64 Advanced SPICE Macro-Model Operation and Applications of the AD654 IC V to F Converter Operational Integrators Outboard Digital-to-Analog Converter for Digital Audio Sources Overcoming Converter Nonlinearities with Dither, Passive and Active Analog Filtering Passive Component Selection and Dynamic Modeling for theAD2S80 Series Resolver to Digital Converter Polarity Prrogrammable Peak Detector Power Down Circuit Cuts Power to AD7769 and AD7774 Precision Ramp Generator Precision Sum and Difference (Audio Matrix) Circuit Programmable Delay ICs Control System Timing. Programmable Sin Wave Oscillator using Simple Interface Between D/& Microcomputer Proper system grounding techniques for 6B series systems Protection for the ADG50x Multiplexer Series Reducing the Average Power Consumption of the ADXL50, Replacing Output Clamping Op Amps with Input Clamping Amps. Resolver to Digital Conversion;Simple Alternative to Optical Shaft Encoders RMS-to-DC Converters Ease Measurement Tasks, Ron Modulation in CMOS Switches and Multiplexers; What It Is, and How to Predict its Effect on Signal Distortion RS-232 Communications RS-232 Communications Serial Port CODEC Interface Example for Parallel Bus. Settling Time of Operational Amplifiers Shielding and Grounding Sigma-DeltADC’s and DAC’s Simple Circuit Provides Ratiometric Reference Levels for AD782X Family of Half-Flash Simple DAC Based Circuit Implements Constant Linear Velocity Motor Speed Control Single Resister Controls Wein Bridge Oscillator Frequency Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN310 AB6 AN32 AB111 AN236 AN138 AN306 AN350 AN274 AN297 AN293 AN211 AN369 AN124 AN124 AN130 AN128 AN131 AN125 AN213 AB107 AN136 AN113 AN301 AN396 AN109 AN35 AN540 AN346 AN208 AN273 AN273 AN356 AN244 AN260 AN388 AN252 AN203 AN406 AN212 TITLE Single Supply 12-Bit DAC Circuits Using the AD7568 Single Supply Operation of he DAC08 and DAC20 Single Supply Operation of JFET Multiplexeers Single Supply Wein Bridge Oscillator Speed Measurement and Control with the AD2S83, " Silicon Tachogenerator" Spice Compatible Op Amp Macro-Models, Synchronous System Measures uOhm’s Take the Guesswork out of Settling Time Measurements Taking the Uncertainty Out ofThermocouple Temperature Measurement with the AD594/AD595, Test Video A/D Converters under Dynamic Conditions The AD7574 Analog to Microprocessor Interface. The Alexander Current Feedback Audio Power Amplifier Thermocouple Signal Conditioning Using the AD594 thru AD597 Three High Accuracy, RIAA/IEC, MC and MM Phono Pre-Amplifiers Three High Accuracy, RIAA/IEC, MC and MM Phono Pre-Amplifiers. SSM-2015. Two Band Audio Compressor/Limiter Two Channel Noise Gate Two Channel VCLevel (Volume) Control Circuit Two Channel, Dynamic Filter Noise Reduction System. Two Chip Voltage Controlled Amplifier & Video Switch Two Wire 4 to 20mCurrent Transmitter UltrLow Noise Preamplifier, by M. Jachowski. Unbalanced, Virtual Ground Summing Amp Undersampling Techniques Simplify Digital Radio, Understanding Accelerometer Scale Factor and Offset Adjustments Understanding and Preventing Latchup in CMOS DACs, Understanding Crosstalk in Analog Multiplexers Understanding global positioning system receiver specifications Understanding Interference-Type Noise Understanding Logrithmic D/A’s Use of the AD590 Temperature Transducer in Remote Sensing Use of the AD590 temperature transducer in remote sensing application User’s Guide to Applying and Measuring Operational Amplifiers Specifications Users Guide to IC Instrumentation Amplifiers, by Jeffrey Riskin. Using Digitally Programmable Delay Generators, Using SigmDeltConverters - Part 1 & 2. Using the AD2S80 SeriesResolver to Digital Converters with Syncros; Solid State Scott-T Circuit. Using the AD2S80Series Resolver-to-Digital Converters as Control Transformers Using the AD771x Family of 24-Bit Sigma-DeltA/D Converters, Using the AD834 in DC to 500MHz Applications Click on an Application Note Number to see Note ANALOG DEVICES CD REFERENCE APPLICATION NUMBER AN374 AN376 AN279 AN267 AN275 AN102 AN205 AN216 AN142 AN255 AN225 TITLE Using the ADXL50 Accelerometer in Low g Applications, Using the ADXL50EM Accelerometer Evaluation Module, Using V/F’s as F/V’s Converters Vector Control using single Vector Rotation Semiconductor for Induction and Permanent Magnet Motora Versatile Current Loop Transmitter Chip Links Strain Gauges and RTDs Very Low Noise Operational Amplifier, Video Formats and Required Load Terminations, Video VCA’s and Keyers Using the AD834 and AD811 Voltage AdjustmentApplications of theDAC-8800 TrimDAC (TM), an Octal, 8 Bit D/A. Voltage Controlled Amp Covers 55dB Range Voltage Output DACs for Single Supply +5 V & +12 V System Click on an Application Note Number to see Note
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