| No. | Part Name | Description |
|---|
| 301 | AB-036 | DIODE-BASED TEMPERATURE MEASUREMENT |
| 302 | AB-037 | MOUNTING CONSIDERATIONS FOR TO-3 PACKAGES |
| 303 | AB-038 | HEAT SINKING ä TO-3 THERMAL MODEL |
| 304 | AB-039 | POWER AMPLIFIER STRESS AND POWER HANDLING LIMITATIONS |
| 305 | AB-040 | FREQUENCY-TO-VOLTAGE CONVERSION |
| 306 | AB-041 | SINGLE SUPPLY 4-20mA CURRENT LOOP RECEIVER |
| 307 | AB-042 | PROGRAMMABLE-GAIN INSTRUMENTATION AMPLIFIERS |
| 308 | AB-043 | USE LOW-IMPEDANCE BRIDGES ON 4-20mA CURRENT LOOPS |
| 309 | AB-044 | IMPROVED DEVICE NOISE PERFORMANCE FOR THE 3650 ISOLATION AMPLIFIER |
| 310 | AB-045 | OP AMP PERFORMANCE ANALYSIS |
| 311 | AB-046 | OPERATIONAL AMPLIFIER MACROMODELS: A COMPARISON |
| 312 | AB-047 | NOISE SOURCES IN APPLICATIONS USING CAPACITIVE COUPLED ISOLATED AMPLIFIERS |
| 313 | AB-048 | THE ACF2101 USED AS A BIPOLAR SWITCHED INTEGRATOR |
| 314 | AB-049 | THE MPC100 ANALOG MULTIPLEXER IMPROVES RF SIGNAL DISTRIBUTION |
| 315 | AB-050 | COMPENSATE TRANSIMPEDANCE AMPLIFIERS INTUITIVELY |
| 316 | AB-051 | DOUBLE THE OUTPUT CURRENT TO A LOAD WITH THE DUAL OPA2604 AUDIO OP AMP |
| 317 | AB-052 | OPA660 DRIVES MAGNETIC RECORDING HEAD |
| 318 | AB-053 | IMPROVED NOISE PERFORMANCE OF THE ACF2101 SWITCHED INTEGRATOR |
| 319 | AB-054 | CLAMPING AMPLIFIER TRACKS POWER SUPPLIES |
| 320 | AB-055 | IMPROVE OPA541 CURRENT-LIMIT STABILITY |
| 321 | AB-056 | PRECISION IA SWINGS RAIL-TO-RAIL ON SINGLE 5V SUPPLY |
| 322 | AB-057 | COMPARISON OF NOISE PERFORMANCE BETWEEN A FET TRANSIMPEDANCE AMPLIFIER AND A SWITCHED INTEGRATOR |
| 323 | AB-058 | SIMPLE FILTER TURNS SQUARE WAVES INTO SINE WAVES |
| 324 | AB-059 | MTTF, FAILRATE, RELIABILITY AND LIFE TESTING |
| 325 | AB-060 | CAREFUL LAYOUT TAMES SAMPLE-HOLD PEDESTAL ERRORS |
| 326 | AB-061 | OPT201 PHOTODIODE-AMPLIFIER REJECTS AMBIENT LIGHT |
| 327 | AB-062 | DIGITALLY PROGRAMMABLE, TIME-CONTINUOUS ACTIVE FILTER |
| 328 | AB-063 | What Designers Should Know About Data Converter Drift |
| 329 | AB-064 | DIODE-CONNECTED FET PROTECTS OP AMPS |
| 330 | AB-065 | Superposition: The Hidden DAC Linearity Error |
| 331 | AB-066 | VOLTAGE-TO FREQUENCY CONVERTERS OFFER USEFUL OPTIONS IN A/D CONVERSION |
| 332 | AB-067 | Single-Supply Operation of Operational Amplifiers |
| 333 | AB-068 | Using DSP101 with Multiplexed Analog Inputs |
| 334 | AB-069 | Interleaving Analog-to-Digital Converters |
| 335 | AB-070 | Complete Temperature Data Acquisition System from a Single +5V Supply |
| 336 | AB-071 | Design a 60Hz Notch Filter with the UAF42 |
| 337 | AB-072 | DYNAMIC TESTS FOR A/D CONVERTER PERFORMANCE |
| 338 | AB-075 | PHOTODIODE MONITORING WITH OP AMPS |
| 339 | AB-076 | Noise Analysis of FET Transimpedance Amplifiers |
| 340 | AB-077 | Designing Photodiode Amplifier Circuits with OPA128 |
| 341 | AB-078 | DESIGN AND APPLICATION OF TRANSFORMER-COUPLED HYBRID ISOLATION AMPLIFIER MODEL 3656 |
| 342 | AB-079 | THE KEY TO UNDERSTANDING SOURCES OF ERROR IN THE ISO100 ISOLATION AMPLIFIER |
| 343 | AB-080 | HYBRID ISOLATION AMPS ZAP PRICE AND VOLTAGE BARRIERS |
| 344 | AB-082 | PRINCIPLES OF DATA ACQUISITION AND CONVERSION |
| 345 | AB-083 | 10MHz ANALOG MULTIPLIER CARRIES OUTPUT AMP, BREAKS BANDWIDTH BARRIER |
| 346 | AB-084 | ANALOG-TO-DIGITAL CONVERTER GROUNDING PRACTICES EFFECT SYSTEM PERFORMANCE |
| 347 | AB-085 | SIMPLE CIRCUIT DELIVERS 38Vp-p AT 5A FROM 28V UNIPOLAR SUPPLY |
| 348 | AB-086 | SWITCH GAINS ACCURATELY WITH THE INA120 |
| 349 | AB-087 | LEVEL SHIFTING SIGNALS WITH DIFFERENTIAL AMPLIFIERS |
| 350 | AB-088 | IMPROVED VOLTAGE REFERENCE FILTER HAS SEVERAL ADVANTAGES |
| | |
