| Issue | Item | Author(s) | Pages |
| "A journal for the exchange of operational amplifier technology" |
| 1-1 | Operational integrators | Ray Stata | 3-8 |
| 1-3 | User's guide to applying and measuring op amp specifications | Ray Stata | 9-16 |
| "A journal for the exchange of analog technology" |
| 3-1 | Noise and operational amplifier circuits | L. Smith, D. Sheingold | 19-31 |
| 4-1 | Settling time of operational amplifiers | R. Demrow | 32-42 |
| "A forum for the exchange of circuit technology: Analog and Digital, Monolithic and Discrete" |
| 5-1 | New approaches to data-acquisition system design | T. O. Anderson | 45-47 |
| 5-2 | Op amps as electrometers or-the world of fA | | 48-49 |
| 5-3 | Good circuit practice gets best results from isolation amplifiers | | 50 |
| 5-4 | Understanding sample-hold modules | A. Sanchez | 51-54 |
| 6-2 | Versatile new module: Y(Z/X)m: at low cost (433) | F. Pouliot, L. Counts | 55-58 |
| 6-2 | RTI vs. RTO - How to compute the drift of instrumentation amplifiers | | 59 [td][/td] |
| 6-3 | Root sum-of-squares, trigonometric approximations | D. Sheingold | 60-62 |
| 8-1 | A 10-bit monolithic CMOS D/A converter (AD7520) | J. Cecil, G. Whitmore | 63-65 |
| 8-1 | High-speed op amps revisited-What "high speed" means to the user | J. Fishman | 66-68 |
| 8-2 | Keys to longer life for CMOS-protection against abuse | G. Whitmore | 69 |
| 9-1 | Monolithic IC voltage regulator (AD580) | P. Brokaw | 71-72 |
| 10-2 | Versatile monolithic V/f or I/f converter (AD537) | D. Kress, B. Gilbert | 73-75 |
| 11-1 | Accurate, low-cost, easy-to-use IC multiplier (AD534) | B. Gilbert | 76-79 |
| 11-2 | Monolithic IC rms-to-dc converter (AD536) | L. Counts, B. Gilbert, D. Kress | 80-81 |
| 11-2 | Analog signal-handling for high speed and accuracy | P. Brokaw | 82-88 |
| 12-1 | 1-µA/K IC temperature-to-current transducer (AD590) | M. Timko, G. Suttler | 89-91[/td] |
| 12-1 | Application ideas for multiplying DACs | J. Newell | 92-93 |
| 12-2 | Circuit ideas for IC converters | W. Jung, J. Riskin, L. Counts | 94-96 |
| 12-3 | Complete 12-bit 2-chip IC A/D converter | M. Timko, P. Holloway | 97-100 |
| "A forum for the exchange of circuits & systems for measurement & control" |
| 13-1 | MACSYM-Complete Measurement And Control SYsteM | I. Wold, F. Pouliot | 103-104 |
| 13-2 | Very high speed data acquisition (High-resolution video converters) | E. Graves | 105-109 |
| 14-1 | The new generation of 3-port isolation amplifiers (289) | F. Goodenough | 110-111 |
| 14-1 | 8-bit low-cost 礟-compatible complete IC DAC (AD558) | | 112 |
| "A forum for the exchange of circuits & systems for measurement, control, & test" |
| 14-3 | Computerized test system for linear devices | F. Pouliot, A. Ryan | 115 |
| 15-2 | Behind the switch symbol-using CMOS switches effectively | G. Whitmore | 116-117 |
| 16-1 | Testing A/D converters automatically with the LTS-2010 | T. Wilhelm | 118-119 |
| 16-3 | Understanding interference-type noise without black magic | A. Rich | 120-123 |
| 17-1 | Shielding and guarding-how to exclude interference-type noise | A. Rich | 124-129 |
| 17-1 | Level-independent automatic gain control with the LOGDAC™ | J. Wynne | 130-131 |
| 17-1 | Industry's first quad 12-bit DAC in a 28-pin DIP | | 132 |
| "A forum for the exchange of circuits, systems, and software for real-world signal processing" |
| 17-2 | Digital FIR filters without tears | B. Windsor, P. Toldalagi | 135-142 |
| 17-2 | Avoiding passive-component pitfalls | D. Grant, S. Wurcer | 143-148 |
| 17-3 | Ground rules for high-speed circuits | D. Brockman, A. Williams | 149-150 |
| 18-1 | DC amplifier noise revisited | A. Ryan, T. Scranton | 151-159 |
| 18-1 | Fast, simple approximation of functions-using Newton-Raphson | M. Johnson | 160-163 |
| 19-1 | A complete monolithic Y(Z/X)m and log function chip (AD538) | L. Counts, C. Kitchin, S. Sherman | 164-167 |
| 20-1 | IEEE-754 chips: fast floating-point multiplier, ALU (ADSP-3210, 3220) | B. Windsor, D. Fair | 168-170 |
| 20-2 | Fast, flexible CMOS single-chip 礟 for DSP (ADSP-2100) | M. Nell, B. Fine | 171-174 |
| 22-1 | Monolithic digitally programmable delay generator (AD9500) | J. Barrow | 175-176 |
| 22-2 | Complementary bipolar op amps: superb dc precision & fast settling | | 177-180 |
| 23-1 | Sensor-to-serial communications with a screwdriver (6B Series) | N. Bernstein | 181-184 |
| 23-1 | Ask the Applications Engineer-2: Trimming | J. Bryant | 185-186 |
| 23-2 | Ask the Applications Engineer-3: V/F Converters | J. Bryant | 187-188 |
| 23-3 | Monolithic dc-to-120-MHz log-amp chip is stable & accurate (AD640) | B. Gilbert, B. Clarke | 189-192 |
| 23-3 | Grounding for low- and high-frequency circuits | P. Brokaw, J. Barrow | 193-195 |
| 24-1 | Fastest 10-bit ADCs-superior dynamic performance (AD9020/9060) | C. Lane, D. Duff | 196-198 |
| 24-1 | Application decides optimal processor architecture | B. Fine, D. Fair | 199-201 |
| 24-2, 3 | Ask the Applications Engineer-7 & 8: Noise topics | J. Bryant, L. Counts | 202-205 |
| 24-3 | Electronic adjustment made easy with the TRIMDAC™ | W. Heinzer, J. Buxton | 206-208 |
| 24-3 | RAM-DAC upgrade enhances VGA graphics (CEG/DAC) | B. Schweber | 209-212 |
| | Index |
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