How to Reliably Protect CMOS Circuits Against Power Supply OverVoltaging:  AN-311 Analog Devices Application Notes  (app note added 2/06)

Image Compression-Spelling Out the Options:  AN-336A Analog Devices Application Notes  (app note added 2/06)

Implement Infinite Sample-and-Hold Circuits using Analog Input/Output Ports:  AN-284 Analog Devices Application Notes  (app note added 2/06)

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

Improve Function Generators with Matched D/A Converters:  AN-322 Analog Devices Application Notes  (app note added 2/06)  AD7528 Dual 8-Bit CMOS Multiplying DAC Makes Function Generation Practical and Affordable

Input/Output Level Shifting with the AD7769:  AN-224 Analog Devices Application Notes  (app note added 2/06)

Interfacing the AD7549 to the MCS-48 and MCS-51 Microcomputer Families:  AN-326 Analog Devices Application Notes  (app note added 2/06)

Interfacing Two 16 Bit AD1856 (AD1861) Audio DACs with the Philips SAA7220 Digital Filter:  AN-207 Analog Devices Application Notes  (app note added 2/06)

Inverter:  Have you ever wanted to run a TV, stereo or other appliance while on the road or camping? Well, this inverter should solve that problem. It takes 12 VDC and steps it up to 120 VAC. The wattage depends on which tansistors you use for Q1 and Q2, as well as how "big" a transformer you use for T1. The inverter can be constructed to supply anywhere from 1 to 1000 (1 KW) watts. (schematic / circuit added 10/06)

JPEG Compression-Software Based? or Which Hardware Type? More Mysteries Clarified.:  AN-336B Analog Devices Application Notes  (app note added 2/06)

Keys to Longer Life for CMOS:  AN-349 Analog Devices Application Notes  (app note added 2/06)

Low Cost, Low Power Devices for HDSL Applications:  AN-414 Analog Devices Application Notes  (app note added 2/06)

Low Cost, Two-Chip, Voltage-Controlled Amplifier and Video Switch:  AN-213 Analog Devices Application Notes  (app note added 2/06)

LTC1451/52/53: 12-Bit Rail-To-Rail Micropower DACs in an SO-8:  DN96  Design Notes (Linear Technology) (app note added 1/06)

Make a DAC with a Microcontroller's PWM Timer:  09/05/02  EDN Design Ideas / (added 02/05)    Many embedded-microcontroller applications require generation of analog signals. An integrated or stand-alone DAC fills the role. However, you can often use PWM signals for generating the required analog signals. You can use PWM signals to create both dc and ac analog signals. This Design Idea shows how to use a PWM timer to simultaneously create a sinusoid, a ramp, and a dc voltage..

Methods of Controlling Laser Drivers: POTs & DACs:  Maxim Application Notes / 1010 / Jul-07  (app note added 6/06)

Mixed Signal Circuit Technologies:  AN-280 Analog Devices Application Notes  (app note added 2/06)  Considers problems which arise when reality (& Murphy)   intervene in a design which otherwise seems satisfactory in terms of theory and modeling.

Multiphase DAC Modifies R 2r Ladder:  01/18/96 EDN-Design Ideas   / (added 08/05)  The double-ladder DAC in Figure 1  suits ASIC or hybrid designs that require multiple DACs sharing an analog input but with different digital inputs and multiple analog outputs. The circuit is a modification of the standard R-2R resistive ladder in a CMOS multiplying DAC. The two DAC sections in Figure 1 share the longitudinal resistors and split the latitudinal resistors in the ladder. A possible name for this approach is an "R-4R" multiplying DAC (MDAC). (09/05)

Multiple Output Range 16-Bit DAC Design Made Simple:  DN337  Design Notes (Linear Technology) (app note added 1/06)

New 16-Bit SO-8 DAC has 1lsb (Max) Inl and Dnl over Industrial Temperature Range Design Note 173:  DN173  Design Notes (Linear Technology) (app note added 2/06)