| 13 | 3554 | DISCONTINUED PRODUCT. No longer recommended for new design. |
| 14 | 3571AM | High Current - High Power OPERATIONAL AMPLIFIERS |
| 15 | 3572AM | High Current - High Power OPERATIONAL AMPLIFIERS |
| 16 | 3573AM | High Current - High Power Operational Amplifier |
| 17 | 3583 | High Voltage, High Current OPERATIONAL AMPLIFIER |
| 18 | 3583AM | High Voltage, High Current OPERATIONAL AMPLIFIER |
| 19 | 3583JM | High Voltage, High Current OPERATIONAL AMPLIFIER |
| 20 | 3584 | High Voltage, High Speed OPERATIONAL AMPLIFIER |
| 21 | 3584JM | High Voltage, High Speed OPERATIONAL AMPLIFIER |
| 22 | 3626 | Low Drift INSTRUMENTATION AMPLIFIER |
| 23 | 3626AP | Low Drift INSTRUMENTATION AMPLIFIER |
| 24 | 3626BP | Low Drift INSTRUMENTATION AMPLIFIER |
| 25 | 3626CP | Low Drift INSTRUMENTATION AMPLIFIER |
| 26 | 3650, 3652 | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 27 | 3650JG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 28 | 3650KG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 29 | 3650MG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 30 | 3650MGHG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 31 | 3650MGHG1 | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 32 | 3652 | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 33 | 3652HG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 34 | 3652HG1 | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 35 | 3652JG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 36 | 3652MG | Optically-Coupled Linear ISOLATION AMPLIFIERS |
| 37 | 3656 | Transformer Coupled ISOLATION AMPLIFIER |
| 38 | 3656AG | Transformer Coupled ISOLATION AMPLIFIER |
| 39 | 3656BG | Transformer Coupled ISOLATION AMPLIFIER |
| 40 | 3656HG | Transformer Coupled ISOLATION AMPLIFIER |
| 41 | 3656JG | Transformer Coupled ISOLATION AMPLIFIER |
| 42 | 3656KG | Transformer Coupled ISOLATION AMPLIFIER |
| 43 | 4127 | LOGARITHMIC AMPLIFIER |
| 44 | 4127JG | LOGARITHMIC AMPLIFIER |
| 45 | 4127KG | LOGARITHMIC AMPLIFIER |
| 46 | 4213AM | MULTIPLIER-DIVIDER |
| 47 | 4213AM2 | MULTIPLIER-DIVIDER |
| 48 | 4213BM | MULTIPLIER-DIVIDER |
| 49 | 4213BM1 | MULTIPLIER-DIVIDER |
| 50 | 4213SM | MULTIPLIER-DIVIDER |
| 51 | 4214AP | Multiplier/Divider |
| 52 | 4214BP | Multiplier/Divider |
| 53 | 4341 | LOW COST TRUE RMS-TO-DC CONVERTER |
| 54 | 722 | DUAL ISOLATED DC/DC CONVERTER |
| 55 | 722BG | DUAL ISOLATED DC/DC CONVERTER |
| 56 | 722MG | DUAL ISOLATED DC/DC CONVERTER |
| 57 | 724 | DISCONTINUED PRODUCT. No longer recommended for new design. |
| 58 | A223 | Low Power/ Precision SINGLE-SUPPLY OPERATIONAL AMPLIFIERS |
| 59 | AB-001 | INCREASING INA117 DIFFERENTIAL INPUT RANGE |
| 60 | AB-002 | MAKE A PRECISION CURRENT SOURCE OR CURRENT SINK |
| 61 | AB-003 | VOLTAGE-REFERENCE FILTERS |
| 62 | AB-004 | MAKE A PRECISION -10V REFERENCE |
| 63 | AB-005 | Make A Precision -10V Reference |
| 64 | AB-006 | Make a -10V to +10V Adjustable Precision Voltage Source |
| 65 | AB-007 | CLASSICAL OP AMP OR CURRENT-FEEDBACK OP AMP? |
| 66 | AB-008 | AC COUPLING INSTRUMENTATION AND DIFFERENCE AMPLIFIERS |
| 67 | AB-009 | SINGLE-SUPPLY OPERATION OF ISOLATION AMPLIFIERS |
| 68 | AB-010 | -200V DIFFERENCE AMPLIFIER WITH COMMON-MODE VOLTAGE MONITOR |
| 69 | AB-011 | LOW POWER SUPPLY VOLTAGE OPERATION OF REF102 10.0V PRECISION VOLTAGE REFERENCE |
| 70 | AB-012 | BOOST ISO120 BANDWIDTH TO MORE THAN 100kHz |
| 71 | AB-013 | INCREASING ADC603 INPUT RANGE |
| 72 | AB-014 | INPUT OVERLOAD PROTECTION FOR THE RCV420 4-20mA CURRENT-LOOP RECEIVER |
| 73 | AB-015 | EXTENDING THE COMMON-MODE RANGE OF DIFFERENCE AMPLIFIERS |
| 74 | AB-016 | BOOST AMPLIFIER OUTPUT SWING WITH SIMPLE MODIFICATION |
| 75 | AB-017 | Sallen-Key Low-Pass Filter Design Program |
| 76 | AB-018 | 0 TO 20mA RECEIVER USING RCV420 |
| 77 | AB-019 | USING THE ADS7800 12 BIT ADC WITH UNIPOLAR INPUT SIGNALS |
| 78 | AB-020 | BURR-BROWN SPICE BASED MACROMODELS, REV. F |
| 79 | AB-021 | SYNCHRONIZATION OF ISO120 |
| 80 | AB-022 | FAST SETTLING LOW-PASS FILTER |
| 81 | AB-023 | SIMPLE OUTPUT FILTER ELIMINATES ISO AMP OUTPUT RIPPLE AND KEEPS FULL BANDWIDTH |
| 82 | AB-024 | VERY LOW COST ANALOG ISOLATION WITH POWER |
| 83 | AB-025 | BOOST INSTRUMENT AMP CMR WITH COMMON-MODE DRIVEN SUPPLIES |
| 84 | AB-026 | A LOW NOISE, LOW DISTORTION DESIGN FOR ANTIALIASING AND ANTI-IMAGING FILTERS |
| 85 | AB-027 | High Speed Data Conversion |
| 86 | AB-028 | FEEDBACK PLOTS DEFINE OP AMP AC PERFORMANCE |
| 87 | AB-029 | INPUT FILTERING THE INA117 -200V DIFFERENCE AMPLIFIER |
| 88 | AB-030 | THERMAL AND ELECTRICAL PROPERTIES OF SELECTED PACKAGING MATERIALS |
| 89 | AB-031 | 4-20mA TO 0-20mA CONVERTER AND CURRENT SUMMING CURRENT-TO-CURRENT CONVERTERS |
| 90 | AB-032 | IC BUILDING BLOCKS FORM COMPLETE |
| 91 | AB-033 | SINGLE-SUPPLY, LOW-POWER MEASUREMENTS OF BRIDGE NETWORKS |
| 92 | AB-034 | MFB LOW-PASS FILTER DESIGN PROGRAM |
| 93 | AB-035 | FILTER DESIGN PROGRAM FOR THE UAF42 UNIVERSAL ACTIVE FILTER |
| 94 | AB-036 | DIODE-BASED TEMPERATURE MEASUREMENT |
| 95 | AB-037 | MOUNTING CONSIDERATIONS FOR TO-3 PACKAGES |
| 96 | AB-038 | HEAT SINKING ä TO-3 THERMAL MODEL |
| 97 | AB-039 | POWER AMPLIFIER STRESS AND POWER HANDLING LIMITATIONS |
| 98 | AB-040 | FREQUENCY-TO-VOLTAGE CONVERSION |
| 99 | AB-041 | SINGLE SUPPLY 4-20mA CURRENT LOOP RECEIVER |
| 100 | AB-042 | PROGRAMMABLE-GAIN INSTRUMENTATION AMPLIFIERS |
| | |
