AN-561: AD7416 Connects to the PIC16F84 via Emulated I²C™ Interface - AN-561 Analog Devices Application Notes  (app note added 2/06)

AN-563: A Tamper-Resistant Watt-Hour Energy Meter - AN-563 Analog Devices Application Notes  (app note added 2/06)  Based on  ADE7751 and Two Current Sensors

AN-566: A Geophone/Hydrophone Acquisition Reference Design - AN-566 Analog Devices Application Notes  (app note added 2/06)  The AD1555/AD1556 24-Bit Sigma-Delta ADC Chipset Provides for Direct Acquisition of High Dynamic Range Sensors.

AN-574: A Tamper-Resistant Watt-Hour Energy Meter Based on the AD7751 - AN-574 Analog Devices Application Notes  (app note added 2/06)  With a Current Transformer and a Low Resistant Shunt

AN-577: Layout & Grounding Recommendations for Touch Screen Digitizers - AN-577 Analog Devices Application Notes  (app note added 2/06)

AN-586: LVDS Outputs for High Speed A/D Converters - AN-586 Analog Devices Application Notes  (app note added 2/06)  AD9430 High Speed ADC Uses LVDS (Low-Voltage Differential Signaling)  to Minimize Performance Limitations In ADC Applications When Providing High Speed Data Output

AN-588: AD7416/AD7417/AD7418 Power-On Reset Circuit - AN-588 Analog Devices Application Notes  (app note added 2/06)  If a large number of decoupling capacitors are used on  VDD line, re-applying power before VDD has discharged to 0 V can cause  AD7416/AD7417/AD7418 to reset into an unknown. state.

AN-592: Application Considerations for the Convert Start Input CONVST Bar of the AD7822/AD7825/AD7827/AD7829 - AN-592 Analog Devices Application Notes  (app note added 2/06)

AN-594: Modifying the Input Voltage Range of the AD7663, AD7665 or AD7671 PulSAR 16-Bit ADCs - AN-594 Analog Devices Application Notes  (app note added 2/06)  These ADCs handle or input voltage ranges not described in  data sheet.

AN-607: Pulse Width Modulation A/D Conversion Techniques with COP800 Family MicroControllers - National Semiconductor Application Note  (app note added 6/06)

AN-607: Selecting a Low Bandwidth Σ-Δ ADC - AN-607) Analog Devices Application Notes  (app note added 2/06)

AN-608: Input Buffers on Sigma-Delta ADCs - AN-608 Analog Devices Application Notes  (app note added 2/06)  The AD7708/AD7718,AD7709,AD7719,AD7782/AD7783 high resolution Sigma-Delta ADCs feature a high impedance buffer at  input to  ADC. This application note discusses  significant benefits and various system design considerations that result from  integration of on-chip buffers.

AN-609: Chopping on Sigma-Delta ADCs - AN-609 Analog Devices Application Notes  (app note added 2/06)  Chopping is a technique that can be used to cancel offset voltages and or low frequency errors. This Application Note outlines how chopping is implemented on  AD7708/AD7718,AD7709,AD7719,AD7782/AD7783 high resolution Sigma-Delta ADCs and discusses  resulting benefits it brings.

AN-610: The PGA on Sigma-Delta ADCs - AN-610 Analog Devices Application Notes  (app note added 2/06)  The AD7708/AD7718,AD7709,AD7719,AD7782/AD7783 high resolution Sigma-Delta ADCs all feature a Programmable Gain Amplifier (PGA)  at  input to  Sigma-Delta modulator. This Application Note discusses  use and benefits of this PGA.

AN-611: 50 Hz/60Hz Rejection on Sigma-Delta ADCs - AN-611 Analog Devices Application Notes  (app note added 2/06)  Rejection of 50 Hz and 60 Hz interference is a requirement in many industrial settings. This Application Note outlines how  AD7708/AD7718,AD7709,AD7719, AD7782/AD7783 Sigma-Delta ADCs are used for optimal rejection of se frequencies.

AN-614: Using the AD7782 in Low Power Applications - AN-614 Analog Devices Application Notes  (app note added 2/06)  This application note describes how to use  AD7782 in portable or low power applications.

AN-615: Peak-to-Peak Resolution Versus Effective Resolution - AN-615 Analog Devices Application Notes  (app note added 2/06)  This application note describes effective resolution and peak-to-peak resolution and highlights  difference between se two specifications.

AN-616: AD9430 Evaluation Board Modifications for XTAL Oscillator Clocking - AN-616 Analog Devices Application Notes  (app note added 2/06)

AN-624: Calibration of a 3-Phase Energy Meter Board on the ADE7754 - AN-624 Analog Devices Application Notes  (app note added 2/06)  The document describes how to implement  calibration of a polyphase meter based on  ADE7754 energy metering IC.

AN624: PIC14c000 A/D Theory & Implementation - Microchip Application Note Published 26-Aug-97  (app note added 6/06)

AN-639: Frequently Asked Questions FAQs Analog Devices Energy ADE Products - AN-639 Analog Devices Application Notes  (app note added 2/06)

AN-641: A 3-Phase Power Meter Based on the ADE7752 - AN-641 Analog Devices Application Notes  (app note added 2/06)

AN-662: Input Leakage Current in High Speed Applications - AN-662 Analog Devices Application Notes  (app note added 2/06)

AN-663: AD7732/AD7734/AD7738/AD7739 Calibration Registers - AN-663 Analog Devices Application Notes  (app note added 2/06)  This application note concentrates on  AD7739 but is also applicable to  AD7732,AD7734,and AD7738. The purpose of this application note is to explore  calibration registers in more detail than is found on  data sheets.

AN-664: AD7732/AD7734/AD7738/AD7739 in Low Power Applications - AN-664 Analog Devices Application Notes  (app note added 2/06)  This application note refers only to  AD7739, but is also generally applicable to  AD7732,AD7734 and AD7738. The purpose of this application note is to explain how to optimize  use of se parts in power sensitive applications.

AN-665: Channel Switching using Σ-Δ ADCs - AN-665 Analog Devices Application Notes  (app note added 2/06)  This application note refers to  AD7708 and AD7718. Data sheets specify  update rate for Σ-Δ ADCs.

AN-679: A Low Cost Watt-Hour Energy Meter Based on the ADE7757 - AN-679 Analog Devices Application Notes  (app note added 2/06)

AN-686: Implementing an I2C® Reset - AN-686 Analog Devices Application Notes  (app note added 2/06)

AN-687: A Low Cost Tamper-Resistant Energy Meter Based on the ADE7761 with Missing Neutral Function - AN-687 Analog Devices Application Notes  (app note added 2/06)

AN688: Layout Tips for 12-Bit A/D Converter Application - Microchip Application Note Published 27-Jul-04  (app note added 2/06)

AN693: Understanding A/D Converter Performance Specifications - Microchip Application Note Published 4-Apr-00  (app note added 2/06)

AN-700: Instructions for the AD9865/AD9866 Evaluation Software - AN-700 Analog Devices Application Notes  (app note added 2/06)

AN702: Interfacing Microchip MCP3201 A/D Converter to 8051-Based MicroController - Microchip Application Note Published 16-Aug-99  (app note added 2/06)

AN703: Using the MCP320x 12-Bit Serial A/D Converter with Microchip Picmicro® Devices - Microchip Application Note Published 22-Nov-99  (app note added 2/06)

AN704: Interfacing Microchip's MCP3201 ADC to Mc68HC11e9-Based MicroController - Microchip Application Note Published 21-Sep-99  (app note added 2/06)

AN-715: A First Approach to IBIS Models: What They Are & How They Are Generated - AN-715 Analog Devices Application Notes  (app note added 2/06)

AN719: Interfacing Microchip's MCP3201 Analog-To-Digital Converter to the Picmicro® MicroController - Microchip Application Note Published 21-Sep-99  (app note added 2/06)

AN-737: How ADIsimADC™ Models an ADC - AN-737 Analog Devices Application Notes  (app note added 2/06)

AN-738: Using the AD7877 Touch Screen Controller & the Intel PXA250 Processor Under Windows CE.NET - AN-738 Analog Devices Application Notes  (app note added 2/06)

AN-741: Little Known Characteristics of Phase Noise - AN-741 Analog Devices Application Notes  (app note added 2/06)

AN-742: Frequency Domain Response of Switched-Capacitor ADCs - AN-742 Analog Devices Application Notes  (app note added 2/06)

AN-750: ADE7758 Phase Dropout Detection for VAR Calculation - AN-750 Analog Devices Application Notes  (app note added 2/06)

AN-753: Configuring the AD7877 - AN-753 Analog Devices Application Notes  (app note added 2/06)

AN-758: Creating a Reactive Energy Pulse Output Based on the ADE7753 - AN-758 Analog Devices Application Notes  (app note added 2/06)

AN-766: Using the Noise Reduction Feature on the AD7877 - AN-766 Analog Devices Application Notes  (app note added 2/06)

AN-769: DynamIC Specifications for Sampling A/D Converters - National Semiconductor Application Note  (app note added 2/06)

AN-772: A Design & Manufacturing Guide for the Lead Frame Chip Scale Package - AN-772 Analog Devices Application Notes  (app note added 2/06)

AN785: Simplify A/D Converter Interface with Software TC7135 - Microchip Application Note Published 26-Sep-03  (app note added 2/06)

AN-803: Pin Compatible High Speed ADCs Simplify Design Tasks - AN-803 Analog Devices Application Notes  (app note added 2/06)

AN-804: Improving A/D Converter Performance using Dither - National Semiconductor Application Note  (app note added 2/06)

AN-807: Multicarrier WCDMA Feasibility - AN-807) Analog Devices Application Notes  (app note added 2/06)

AN-813: Interfacing the ADSP-BF533/ ADSP-BF561 Blackfin® Processors to High Speed Parallel ADCs - AN-813 Analog Devices Application Notes  (app note added 6/06)

AN-815: Variable Range PWM A/D for COP820CJ - National Semiconductor Application Note  (app note added 6/06)

AN-826: A 2.x GHz WiMAX Direct Conversion Transmitter - AN-826 Analog Devices Application Notes  (app note added 2/06)

AN-829: Environmental Compensation on the AD7142: The Effects of Temperature & Humidity on Capacitance Sensors - AN-829 Analog Devices Application Notes  (app note added 2/06)

AN-830: Factors Affecting Sensor Response - AN-830 Analog Devices Application Notes  (app note added 2/06)

AN842: Differential ADC Biasing Techniques, Tips & Tricks - Microchip Application Note Published 2-Jul-02  (app note added 2/06)

AN863: A Comparator Based SlopeADC - Microchip Application Note Published 14-Apr-03  (app note added 2/06)

AN-952: Low Cost A/D Conversion using COP800 - National Semiconductor Application Note  (app note added 2/06)

AN-983: Simple, Cost Effective A/D Conversion using COP888ek - National Semiconductor Application Note  (app note added 2/06)

AN990: Analog Sensor Conditioning Circuits: An Overview - Microchip Application Note Published 13-May-05  (app note added 2/06)  Analog sensors produce a change in an electrical property to indicate a change in its environment. this change in electrical property needs to be conditioned by an analog circuit before conversion to digital. Furr processing occurs in  digital domain but is not addressed in this application note.

Analog Design in a Digital World using Mixed Signal Controllers - Microchip Application Note Published 14-Jan-01  (app note added 2/06)

Analog Input Circuit Serves Any MicroController - 12/20/01 EDN-Design Ideas: The simple ADC in Figure 1 is perfect for getting analog signals into a purely digital microcontroller. Using just five surface-mount parts, you can assemble it for less than 50 cents (1000) , which is approximately half  cost of a single-chip- ADC approach in  same volume. Moreover, this design takes only one pin from  microcontroller to operate.....(design idea added 10/03)

Analog Sensor Conditioning Circuits: An Overview - Microchip Application Note Published 13-May-05  (app note added 2/06) Analog sensors produce a change in an electrical property to indicate a change in its environment. this change in electrical property needs to be conditioned by an analog circuit before conversion to digital. Furr processing occurs in  digital domain but is not addressed in this application note.

Analog Signal-Handling for High Speed & Accuracy. - AN-342 Analog Devices Application Notes  (app note added 2/06)  Signal handling techniques for optimizing DAC and ADC performance.

Analog to Digital Converter Captures 1Gsps - Maxim Application Notes / 642 / May-04  (app note added 5/08)

Analog-to-Digital Conversion - Microchip Application Note Published 26-Aug-97  (app note added 2/06)

Analog-to-Digital Conversion by using V/F Converters - AN-276 Analog Devices Application Notes  (app note added 2/06)

Analog-to-Digital Conversion Notes - (electronic circuit added 4/05)

Analog-to-Digital Conversion Techniques with COPS Family MicroControllers - National Semiconductor Application Note  (app note added 2/06)

Analogue to Digital Converter - (electronic Circuit / Schematic added 10/04)

Analogue to Digital Converter for PC Serial Port - (circuit / schematic design added 6/06)

Aperture Uncertainty & ADC System Performance - AN-501 Analog Devices Application Notes  (app note added 2/06)  A Key Concern in IF Sampling is that of Aperture Uncertainty (Jitter) 

Application Considerations for the Convert Start Input CONVST Bar of the AD7822/AD7825/AD7827/AD7829 - AN-592 Analog Devices Application Notes  (app note added 2/06)

Application Hints for the CS501X Series of A/D Converters - (app note added 6/07)

Applications for the AD537 Voltage to Frequency Converter - AN-277 Analog Devices Application Notes  (app note added 2/06)

Applications of theADC1210 CMOS A/D Converter - National Semiconductor Application Note  (app note added 2/06)

Ask the Applications Engineer 1-Multi Troubles - AN-354 Analog Devices Application Notes  (app note added 2/06)  Addresses problems often encountered with LOG Circuits, Time Division Analog Multiplexing, and ADC Power Strobing

Ask the Applications Engineer V/F Converters - AN-361 Analog Devices Application Notes  (app note added 2/06)

Ask the Applications Engineer-2 - AN-351 Analog Devices Application Notes  (app note added 2/06)  Trimming Offset and Gain in A/D's and D/A's

Associated reference code for EE-139 - EE-139 Analog Devices Application Notes  (app note added 2/06)

Asynchronous Clock Interfacing with the AD7878 - AN-291 Analog Devices Application Notes  (app note added 2/06)

A-To-D Converter Does Frequency Translation - DN259  Design Notes (Linear Technology) (app note added 1/06)

Autocalibrator Nulls DC Offsets - 06/09/94 EDN-Design Ideas: Three inexpensive ICs in Fig 1's autocalibration circuit correct for both  ADC's offset errors and systematic dc offsets that accumulate before  converter input. An RS flip-flop, a counter, and a low-cost DAC combine to provide  requisite offset correction voltage. When configured in unipolar mode, IC1, a 12-bit 1.25-Msamples/sec ADC, has a maximum dc offset of ±9 LSBs, which this autocalibration circuit can reduce to less than 1/2 LSB.....(design idea added 11/05)

Automating ADC Data Collection - Maxim Application Notes / 929 / Jun-04  (app note added 5/08)

Auto-Zeroing A/D Offset Voltage - DN26  Design Notes (Linear Technology) (app note added 1/06)

Avoiding Passive-Component Pitfalls - AN-348 Analog Devices Application Notes  (app note added 2/06)  The Wrong Passive Component Can Derail Even  Best Op Amp or Data Converter. Here Are Some Basic Traps to Watch For.