| No. | Part Name | Description |
|---|
| 151 | AB-096 | BUILD A THREE PHASE SINE WAVE GENERATOR WITH THE UAF42 |
| 152 | AB-097 | DDC101 EVALUATION FIXTURE PC INTERFACE BOARD |
| 153 | AB-098 | SELECTING AN A/D CONVERTER |
| 154 | AB-099 | AN EASY SOLUTION TO CURRENT LIMITING AN OP AMP |
| 155 | AB-100 | MULTIPLEXER DATA ACQUISTION SYSTEM |
| 156 | AB-101 | COMBINING AN AMPLIFIER WITH THE BUF634 |
| 157 | AB-102 | OUTPUT SPECTRUM AND POST-LPF DESIGN OF THE PCM1710 |
| 158 | AB-103 | NOISE ANALYSIS FOR HIGH SPEED OP AMPS |
| 159 | AB-104 | DYNAMIC PERFORMANCE TESTING OF DIGITAL AUDIO D/A CONVERTERS |
| 160 | AB-105 | TUNING IN AMPLIFIERS |
| 161 | AB-106 | PROGRAMMING TRICKS FOR HIGHER CONVERSION SPEEDS UTILIZING DELTA SIGMA CONVERTERS |
| 162 | AB-107 | GIVING CONVERTERS A LITTLE GAIN BOOST WITH A FRONT END ANALOG GAIN STAGE |
| 163 | AB-109 | ADS7809 TAG FEATURE |
| 164 | AB-110 | VOLTAGE REFERENCE SCALING TECHNIQUES Increase the Accuracy of the Converter as well as Resolution |
| 165 | AB-111 | DEM-ADS1210 |
| 166 | AB-112 | INTERFACING THE ADS1210 WITH AN 8xC51 MICROCONTROLLER |
| 167 | AB-113 | ACCESSING THE ADS1210 DEMO BOARD WITH YOUR PC |
| 168 | AB-115 | OVERDRIVING THE INPUTS TO THE ADS1210, ADS1211, ADS1212, AND ADS1213 |
| 169 | AB-116 | SYNCHRONIZATION OF EXTERNAL ANALOG MULTIPLEXERS WITH THE DELTA-SIGMA A/D CONVERTERS |
| 170 | AB-117 | SHORT CYCLING THE 8-PIN ADS78xx FAMILY |
| 171 | AB-118 | EXTRACT AND DIGITIZE AC SIGNALS WITH A SINGLE A |
| 172 | AB-119 | A "GETTING STARTED" GUIDE FOR THE CONVERTERS: ADS1210, ADS1211, ADS1212, ADS1213, ADS1214, AND ADS1215 |
| 173 | AB-120 | HOW TO GET 23 BITS OF EFFECTIVE RESOLUTION FROM YOUR 24-BIT CONVERTER |
| 174 | AB-121 | PRECISION ABSOLUTE VALUE CIRCUITS |
| 175 | AB-122 | INTERFACING THE ADS7822 TO THE SYNCHRONOUS SERIAL PORT OF THE 80x51 MICROCONTROLLER |
| 176 | AB-123 | USING THE CONTINUOUS PARALLEL MODE WITH THE ADS7824 AND ADS7825 |
| 177 | AB-124 | THD+N VERSUS FREQUENCY CHARACTERISTICS AND SPECTRA OF THE PCM1717 |
| 178 | AB-125 | CUSTOMIZING THE DDC112 EVALUATION FIXTURE |
| 179 | AB-127 | ADS121x ANALOG-DIGITAL CONVERTER APPLICATIONS PRIMER |
| 180 | AB-130 | INTERFACING THE DAC714 TO MICRO-CONTROLLERS VIA SPI |
| 181 | AB-131 | UNDERSTANDING THE DDC112+s CONTINUOUS AND NON-CONTINUOUS MODES |
| 182 | AB-132 | SOLDER PAD RECOMMENDATIONS FOR SURFACE-MOUNT DEVICES |
| 183 | AB-135 | The DDC112's Test Mode |
| 184 | AB-136 | RETRIEVING DATA FROM THE DDC112 |
| 185 | AB-137 | ADD CURRENT LIMIT TO THE BUF634 |
| 186 | AB-138 | USING EXTERNAL INTEGRATION CAPACITORS ON THE DDC112 |
| 187 | AB-142 | ADS7843 PEN INTERRUPT |
| 188 | AB-143 | Multi-DDC112 DUT Board for the DDC112 Evaluation Fixture |
| 189 | AB-144 | NEW SOFTWARE FOR THE DDC112 EVALUATION FIXTURE |
| 190 | AB-146 | USING THE ADS1201 EVALUATION BOARD |
| 191 | AB-147 | Control Port and Reset Operation for Burr-Brown SoundPlus Audio Converters and CODECs |
| 192 | AB-148 | Low Sampling Rate Operation For Burr-Brown SoundPlus Audio Data Converters And CODECs |
| 193 | AB-150 | CREATING A BIPOLAR INPUT RANGE FOR THE DDC112 |
| 194 | AB-151 | FOUR-WIRE RTD CURRENT-LOOP TRANSMITTER: Four-Wire Connections to an RTD Allow the RTD to be Remotely Located from Active Circuitry, Yet Maintain Accuracy |
| 195 | AB-152 | DC MOTOR SPEED CONTROLLER: Control a DC Motor without Tachometer Feedback |
| 196 | AB-161 | AN ERROR ANALYSIS OF THE ISO102 IN A SMALL SIGNAL MEASURING APPLICATION |
| 197 | AB-162 | DC-TO-DC CONVERTER NOISE REDUCTION |
| 198 | AB-163 | PARTIAL DISCHARGE TESTING: What It Is and What It Means |
| 199 | AB-165 | IMPLEMENTATION AND APPLICATIONS OF CURRENT SOURCES AND CURRENT RECEIVERS |
| 200 | AB-167 | COMPARING THE ADS1201 TO THE CS5321 |
| | |
