| Nr. | Part Name | Description | Manufacturer by |
| 107561 | AB-026 | A LOW NOISE, LOW DISTORTION DESIGN FOR ANTIALIASING AND ANTI-IMAGING FILTERS | Burr Brown |
| 107562 | AB-027 | High Speed Data Conversion | Burr Brown |
| 107563 | AB-028 | FEEDBACK PLOTS DEFINE OP AMP AC PERFORMANCE | Burr Brown |
| 107564 | AB-029 | INPUT FILTERING THE INA117 -200V DIFFERENCE AMPLIFIER | Burr Brown |
| 107565 | AB-030 | THERMAL AND ELECTRICAL PROPERTIES OF SELECTED PACKAGING MATERIALS | Burr Brown |
| 107566 | AB-031 | 4-20mA TO 0-20mA CONVERTER AND CURRENT SUMMING CURRENT-TO-CURRENT CONVERTERS | Burr Brown |
| 107567 | AB-032 | IC BUILDING BLOCKS FORM COMPLETE | Burr Brown |
| 107568 | AB-033 | SINGLE-SUPPLY, LOW-POWER MEASUREMENTS OF BRIDGE NETWORKS | Burr Brown |
| 107569 | AB-034 | MFB LOW-PASS FILTER DESIGN PROGRAM | Burr Brown |
| 107570 | AB-035 | FILTER DESIGN PROGRAM FOR THE UAF42 UNIVERSAL ACTIVE FILTER | Burr Brown |
| 107571 | AB-036 | DIODE-BASED TEMPERATURE MEASUREMENT | Burr Brown |
| 107572 | AB-037 | MOUNTING CONSIDERATIONS FOR TO-3 PACKAGES | Burr Brown |
| 107573 | AB-038 | HEAT SINKING ä TO-3 THERMAL MODEL | Burr Brown |
| 107574 | AB-039 | POWER AMPLIFIER STRESS AND POWER HANDLING LIMITATIONS | Burr Brown |
| 107575 | AB-040 | FREQUENCY-TO-VOLTAGE CONVERSION | Burr Brown |
| 107576 | AB-041 | SINGLE SUPPLY 4-20mA CURRENT LOOP RECEIVER | Burr Brown |
| 107577 | AB-042 | PROGRAMMABLE-GAIN INSTRUMENTATION AMPLIFIERS | Burr Brown |
| 107578 | AB-043 | USE LOW-IMPEDANCE BRIDGES ON 4-20mA CURRENT LOOPS | Burr Brown |
| 107579 | AB-044 | IMPROVED DEVICE NOISE PERFORMANCE FOR THE 3650 ISOLATION AMPLIFIER | Burr Brown |
| 107580 | AB-045 | OP AMP PERFORMANCE ANALYSIS | Burr Brown |
| 107581 | AB-046 | OPERATIONAL AMPLIFIER MACROMODELS: A COMPARISON | Burr Brown |
| 107582 | AB-047 | NOISE SOURCES IN APPLICATIONS USING CAPACITIVE COUPLED ISOLATED AMPLIFIERS | Burr Brown |
| 107583 | AB-048 | THE ACF2101 USED AS A BIPOLAR SWITCHED INTEGRATOR | Burr Brown |
| 107584 | AB-049 | THE MPC100 ANALOG MULTIPLEXER IMPROVES RF SIGNAL DISTRIBUTION | Burr Brown |
| 107585 | AB-050 | COMPENSATE TRANSIMPEDANCE AMPLIFIERS INTUITIVELY | Burr Brown |
| 107586 | AB-051 | DOUBLE THE OUTPUT CURRENT TO A LOAD WITH THE DUAL OPA2604 AUDIO OP AMP | Burr Brown |
| 107587 | AB-052 | OPA660 DRIVES MAGNETIC RECORDING HEAD | Burr Brown |
| 107588 | AB-053 | IMPROVED NOISE PERFORMANCE OF THE ACF2101 SWITCHED INTEGRATOR | Burr Brown |
| 107589 | AB-054 | CLAMPING AMPLIFIER TRACKS POWER SUPPLIES | Burr Brown |
| 107590 | AB-055 | IMPROVE OPA541 CURRENT-LIMIT STABILITY | Burr Brown |
| 107591 | AB-056 | PRECISION IA SWINGS RAIL-TO-RAIL ON SINGLE 5V SUPPLY | Burr Brown |
| 107592 | AB-057 | COMPARISON OF NOISE PERFORMANCE BETWEEN A FET TRANSIMPEDANCE AMPLIFIER AND A SWITCHED INTEGRATOR | Burr Brown |
| 107593 | AB-058 | SIMPLE FILTER TURNS SQUARE WAVES INTO SINE WAVES | Burr Brown |
| 107594 | AB-059 | MTTF, FAILRATE, RELIABILITY AND LIFE TESTING | Burr Brown |
| 107595 | AB-060 | CAREFUL LAYOUT TAMES SAMPLE-HOLD PEDESTAL ERRORS | Burr Brown |
| 107596 | AB-061 | OPT201 PHOTODIODE-AMPLIFIER REJECTS AMBIENT LIGHT | Burr Brown |
| 107597 | AB-062 | DIGITALLY PROGRAMMABLE, TIME-CONTINUOUS ACTIVE FILTER | Burr Brown |
| 107598 | AB-063 | What Designers Should Know About Data Converter Drift | Burr Brown |
| 107599 | AB-064 | DIODE-CONNECTED FET PROTECTS OP AMPS | Burr Brown |
| 107600 | AB-065 | Superposition: The Hidden DAC Linearity Error | Burr Brown |
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