Number | Title |
AN-01 | Measuring the Characteristics of FM Modulated Signals from 10MC to 12.4 Kilo-MC and Above |
AN-02 | Measuring Frequency From VHF to and Above 18GC with Transfer Oscillator |
AN-03 | Measurement of the Carrier Frequency of RF Pulses |
AN-04 | Model AC-4A Decade Counter |
AN-05 | Model AC-4D Decade Counter |
AN-06 | Homodyne Generator and Detection System |
AN-06-65 | DC Power Supplies - Harrison HP |
AN-63E-1 | Quasi-Peak Measurements Using a Spectrum Analyzer |
AN-07 | Hewlett-Packard Model 430C Microwave Power Meter Accuracy |
AN-08 | Factory test and alignment procedure, model 382A (reprinted as service note 382A-1?) |
AN-09 | Doppler Frequency Shift Simulation at Microwave Frequencies using Traveling Wave Tube Amplifier |
AN-10 | Microwave Spectrum Synthesis with the Traveling-Wave Tube |
AN-11 | Domesticating the Traveling Wave Tube |
AN-12 | How a Helix Backward-Wave Tube Works |
AN-14 | Traveling-Wave Tube Amplifiers |
AN-15 | Distortion and Intermodulation |
AN-16 | Waves on Transmission Lines |
AN-17 | Square Wave and Pulse Testing of Linear Systems |
AN-18 | Introduction to Solid State Devices |
AN-19 | A Technique for Calibrating Phase Shifters to High Accuracy |
AN-20 | Signal Generator Output Attenuators (1961) |
AN-20 | Signal Generator Output Attenuators (1965) |
AN-21 | Microwave Standards Prospectus 4th Ed 1960 |
AN-22 | Use of Digital Recorders with Digital Voltmeters |
AN-23 | Fast Pulsing of 684/5/6/7 Sweep Oscillators Manufactured Prior to March 1960 |
AN-24 | Pulse Modulation of Audio Oscillators |
AN-25 | Cathode Ray Tube Phosphors and the Internal Graticule Cathode Ray Tube |
AN-26 | Parallel 721A Power Supply Operation |
AN-27 | Basic Microwave Measurements |
AN-28 | Drift Measurements on High Stability Signals |
AN-29 | A Convenient Method for Measuring Phase Shift (With CRT Graticule Mask) |
AN-30 | Measurement of Cable Characteristics |
AN-31 | Externally Driving the 202A Low Frequency Function Generator |
AN-32 | Guide for Selecting HP and DYMEC Digitizing Instruments for Specific Applications |
AN-33 | Accessories for the Model 460A 460B Amplifiers |
AN-34 | AC Current Measurement |
AN-35 | Masers and Parametric Amplifiers |
AN-36 | Sampling Oscillography |
AN-37 | Monitoring a Radio Transmitter Signal with a 120A or 130A Oscilloscope |
AN-38 | Microwave Measurements for Calibration Laboratories |
AN-39 | Standards Calibration Procedures 1959 |
AN-41A | A Hold-Off Circuit for the Model 405AR Digital Voltmeter |
AN-41B | Increased Resolution for Permanent Records of DC Voltage with hp Model 405AR |
AN-41C | Remote Indication of DC Voltages with the 405AR Digital Voltmeter |
AN-41D | Decreasing the Response Time of the Model 405 Input Filter |
AN-42 | Applications of the 416A Ratio Meter |
AN-43 | Continuous Monitoring of Radar Noise Figures |
AN-44A | Synchronizing the HP 185A Oscilloscope |
AN-44B | More Information and Easier Pulse Analysis with the Model 185A Oscilloscope |
AN-44D | Characterizing and Use of Sampling Oscilloscopes Probe and Accessories |
AN-45 | Direct Reading Test Meter Simplifies Magnetic Ink Printing Quality Control |
AN-46 | Introduction to Microwave Measurements |
AN-47 | Providing 100- 1,000-, and 10,000-Second Gate Times for the HP Model 524C/D Counter |
AN-48 | Applications of the hp Model 218A- a Versatile General-Purpose Pulse and Delay Generator |
AN-49 | Measuring the Frequency of Small 10-100 MC Signals |
AN-50 | Making VLF Frequency Comparison Measurements with HP Laboratory Instruments |
AN-51 | Modified 485B Provides Convenient and Economical Mixer for X- and H-band Laboratory Receivers |
AN-52 | Frequency and Time Standard (1962) |
AN-52 | Frequency and Time Standard (1965) |
AN-52-1 | Fundamentals of Time and Frequency Standards |
AN-52-2 | Timekeeping and Frequency Calibration (1979) |
AN-52-4 | Contribution of clocks to the BIH's International Atomic Time Scale (IATS) 5989-6248EN |
AN-53 | Transmission Line Testing Using the Sampling Oscilloscope |
AN-54 | The Ratio Meter in Microwave Swept-Frequency Measurements |
AN-55 | Converting the Model 302A Wave Analyzer for Use with Grounded-Input Recorders |
AN-56 | Microwave Mismatch Error Analysis |
AN-57 | Noise Figure Primer |
AN-57-1 | Fundamentals of RF and Microwave Noise Figure Measurements (1983) |
AN-57-1 | Fundementals of RF and Microwave Noise Figure Measurements - 5952-8255E (2010) |
AN-57-2 | Noise Figure Measurement Accuracy (HP – 1988) |
AN-57-2 | Noise Figure Measurement Accuracy - Y factor method - 5952-3706E (Agilent – 2010) |
AN-57-2 | Noise Figure Measurement Accuracy - Y factor method - 5952-3706E (Keysight – 2021) |
AN-57-3 | Noise Figure Measurement 5980-1916E |
AN-58 | The PIN Diode as a Microwave Modulator |
AN-59 | Loop Gain Measurements with Wave Analyzers |
AN-60 | Which AC Voltmeter |
AN-61 | Leveled Swept-Frequency Measurements with Oscilloscope Display |
AN-62 | Time Domain Reflectometry |
AN-62-1 | Improving Time Domain Network Analysis Measurements |
AN-62-2 | TDR Techniques for Differential Systems |
AN-62-3 | Advanced TDR Techniques |
AN-63 | Spectrum Analysis |
AN-63A | More On Spectrum Analysis |
AN-63B | The 8441A Preselector - Advancement in the Art of Spectrum Analysis |
AN-63C | Measurement of White Noise Power Density |
AN-63D | Accurate Frequency Measurement - An Application of Spectrum Analysis |
AN-63E | Modern EMI Measurements |
AN-64 | Microwave Power Measurement |
AN-64-1 | Microwave Power Measurement |
AN-64-1A | Fundamentals of RF and Microwave Power Measurements |
AN-64-1C | Fundamentals of RF and Microwave Power Measurements |
AN-64-2 | Extended Applications of Automatic Power Meters |
AN-64-3 | Accurate and Automatic Noise Figure Measurements (incomplete) |
AN-64-4D | 4 Steps for Making Better Power Measurements (2003) |
AN-64-4D | 4 Steps for Making Better Power Measurements (2006) |
AN-64-4D | 4Steps for Making Better Power Measurements (2008) |
AN-65 | Swept Frequency Techniques (AN 65) |
AN-66 | Swept SWR Tests in X-Band Coax |
AN-67 | Cable Testing with Time Domain Reflectometry (With TDR Slide Rule) |
AN-68 | Accurate Receiver Sensitivity Measurements |
AN-69 | Which DC Voltmeter |
AN-70 | Precise DC Measurements |
AN-71 | Advances in RF Measurements Using Modern Signal Generators 50kc - 480MC |
AN-72 | Integral Counting |
AN-73 | Calibration of a Gamma Ray Spectrometer |
AN-75 | Selected Articles on Time Domain Reflectometry Applications |
AN-76 | Using the 230A Power Amplifier |
AN-77-1 | Transistor Parameter Measurements (8405A) |
AN-77-2 | Precision Frequency Comparison (8405A) |
AN-77-3 | Measurement of Complex Impedance 1-1000 MHz (8405A) |
AN-77-4 | Swept-Frequency Group Delay Measurements (8405A) |
AN-77-4 | Swept-Frequency Group Delay Measurements (8405A) - 1968 - Additional Pages |
AN-78-1 | Quartz Thermometry |
AN-81 | Low Frequency Phase Shift Measurement Techniques |
AN-82 | Power Supply Amplifier Concepts and Modes of Operation |
AN-83 | Increased Output Resistance for DC Regulated Power Supplies |
AN-84 | Swept SWR Measurement in Coax |
AN-85 | Using a Reversible Counter |
AN-86 | Using the Vector Impedance Meters |
AN-87 | FM and PM Measurements |
AN-88 | LOGIC SYMBOLOGY (Logic Symbols) |
AN-89 | Magnetic Tape Recording handbook |
AN-90 | DC Power Supply Handbook |
AN-90B | DC Power Supply Handbook |
AN-91 | How Vector Measurements expand design capabilities |
AN-92 | Network Analysis at Microwave Frequencies |
AN-93 | Electronic Application of the 5400A (Technical Information Note 93) |
AN-94 | Connector Design Employing TDR Techniques |
AN-95 | S-Parameters... Circuit Analysis and Design |
AN-95-1 | S-Parameter Techniques for Faster & More Accurate Network Design (1967) |
AN-95-1 | S-Parameter Techniques for Faster & More Accurate Network Design (1997) |
AN-95A | Selected Reprints on S-Parameters… Circuit Analysis and Design (1973) |
AN-96 | Direct-Type Frequency Synthesizers - Theory Performance and Use |
AN-98-1 | Noise at Work - Model 3722A Aids Design of Process Control Systems |
AN-98-2 | Noise at Work - A Point by Point Correlator for the H01-3722A |
AN-99 | 8541A Automatic Network Analyzer Measurements Capabilities |
AN-100 | Acoustics Handbook |
AN-102 | Program Controllers (HP-Moseley Division) |
AN-108 | Hysteresis Curve Plotting |
AN-110 | Antenna & Radome Boresight Error Measurements |
AN-112-1 | Low-Frequency Network Analysis with the 675A/676A |
AN-112-2 | Using the 675A/676A Network Analyzer as an Educational Tool |
AN-115 | Principles of Cathode-Ray Tubes, Phosphors, and High-Speed Oscillography |
AN-116 | Precision Frequency Measurements |
AN-117-1 | Microwave Network Analyzer Applications |
AN-117-2 | Stripline Component Measurements with the 8410A Network Analyzer |
AN-118 | Dielectric Measurements with Time Domain Reflectometry |
AN-120 | A New Technique for Pulsed RF Measurements |
AN-121-1 | Network Analysis with the HP 8407A 0.1 - 110 MHz |
AN-121-2 | Swept Impedance with the HP 8407A 0.1 - 110 MHz |
AN-123 | Floating Measurements and Guarding |
AN-124 | True RMS Measurements |
AN-125 | Data Acquisition - 3480B Digital Voltmeter - 2912A Scanner - 2547A Coupler |
AN-126 | Theory and Applications of Wave Analyzers |
AN-128 | Applications of a DC Constant Current Source |
AN-129 | Logic Timing Measurements |
AN-133-1 | Low Frequency Pulse Amplitude Measurements |
AN-133-2 | A Guide to Remote Control of the 3485A Scanning Unit |
AN-134 | Audio Frequency Measurements with the 8556A-8552B Spectrum Analyzer |
AN-135-1 | Computerized Data Acquisition Aids Final Testing |
AN-135-2 | High-Volume Production Testing |
AN-135-3 | Process Monitoring in Manufacturing |
AN-135-4 | Closed-Loop Production Testing |
AN-135-5 | A Mobile Process Control Laboratory |
AN-135-6 | Computer Analysis Aids Battery Testing |
AN-135-7 | Data Acquisition and Analysis at Sea |
AN-135-8 | Minicomputer System Aids Busy Psychology Lab |
AN-135-9 | In-Flight Data Analysis Improves Airborne Research |
AN-135-10 | Computer Speeds Gas Turbine Combustor Testing |
AN-135-11 | Stable Measurements on the High Seas |
AN-135-12 | Depot Testing of Avionic Modules |
AN-135-13 | Domestic Communications Satellites - A World's First |
AN-135-14 | Computerized Process Control Improves Sugar Refinery Production |
AN-135-15 | Minicomputer System Benefits Fuel Cell Technology |
AN-135-16 | Minicomputer Systems Aid Military Vehicle Testing |
AN-135-17 | Testing Ovonic Read-Mostly Memories |
AN-135-18 | An Automated Engine Laboratory in a Research Environment |
AN-135-19 | Testing Thick-Film Hybrid Circuits |
AN-135-21 | Viggen Avionics Support |
AN-135-22 | Real-Time Multiprogramming System Boosts Productivity for NCR |
AN-135-23 | Television Set Production Revolutionized by Automatic Alignment and Test |
AN-135-24 | Automated System Improves Spacecraft Testing |
AN-135-25 | Automation in Production Testing |
AN-136 | Understanding and Operating the 8555A Spectrum Analyzer and 8445B Preselector |
AN-137 | Probing Transistor Noise |
AN-140 | Fourier Analyzer Training Manual |
AN-140-0 | Fourier Analyser Training Manual |
AN-140-1 | Detecting Sources of Vibration and Noise Using HP Fourier Analyzers |
AN-140-2 | Feedback Loop and Servomechanism Measurements Using HP Fourier Analyzers |
AN-140-3 | Dynamic Testing of Mechanical Systems Using Impulse Testing Techniques |
AN-140-4 | Digital Auto-Power Spectrum Measurements |
AN-140-6 | Measurement of Machine Tool Vibration |
AN-140-7 | Nuclear Power Plant Diagnostics Using Fourier Analysis Techniques |
AN-142 | EMI Measurement Procedure |
AN-144 | Understanding Microwave Frequency Measurements |
AN-150 | Spectrum Analysis Basics (1974) |
AN-150 | Spectrum Analysis Basics (2006) |
AN-150 | Spectrum Analysis Basics (2016) |
AN-150-1 | Spectrum Analysis Amplitude and Frequency Modulation (1971) |
AN-150-1 | Spectrum Analysis Amplitude and Frequency Modulation (2001) |
AN-150-1 | Spectrum Analysis Amplitude and Frequency Modulation (2014) |
AN-150-2 | Spectrum and Signal Analyzer Series … Pulsed RF (1971) |
AN-150-2 | Spectrum and Signal Analyzer Series … Pulsed RF (2009) |
AN-150-3 | Swept Frequency Measurements and Selective Frequency Counting with a Tracking Generator |
AN-150-4 | Spectrum Analysis - Noise Measurements |
AN-150-5 | CRT Photography and X-Y Recording Techniques |
AN-150-6 | Spectrum Analysis - CATV Proof of Performance |
AN-150-7 | Spectrum Analysis... Signal Enhancement |
AN-150-8 | Spectrum Analysis - Accuracy Improvement |
AN-150-9 | Spectrum Analysis - Noise Figure Measurement |
AN-150-10 | Spectrum Analysis - Field Strength Measurement |
AN-150-11 | Spectrum Analysis - Distortion Measurement |
AN-150-12 | Spectrum Analysis - Using the 11517A External Mixer to 40 GHz |
AN-150-13 | Stimulus Response - Using the 8565A Spectrum Analyzer from 2-18 GHz |
AN-150-14 | Spectrum Analysis - Using External Waveguide Mixers above 40 GHz |
AN-150-15 | Vector Signal Analysis Basics |
AN-150A | Spectrum Analysis ... Using The 8558B Spectrum Analyzer |
AN-152 | Probing in Perspective |
AN-153 | Permeability Permittivity and Conductivity Measurements with Time Domain Reflectometry |
AN-154 | S-Parameter Design |
AN-155-1 | Active Device Measurements with the HP 8755 Frequency Response Test Set |
AN-155-2 | 100 dB Dynamic Range Measurements Using the HP 8755 Frequency Response Test Set |
AN-155-3 | Automating the HP 8755 Scalar Network Analyzer |
AN-157 | Low Frequency Gain Phase Measurements |
AN-158 | Selecting the Right DVM |
AN-162-01 | Time Interval Averaging |
AN-163-01 | Techniques of Digital troubleshooting |
AN-163-02 | New Techniques of Digital Troubleshooting |
AN-164-02 | Calculator Control of the 8660A/B/C Synthesized Signal Generator (Optional HP-IB Interface) |
AN-164-03 | New Techniques for Analyzing Phase Lock Loops |
AN-164-04 | Digital Phase Modulation (PSK) and Wideband FM… Using the 8660A/C Synthesized Signal Generator. |
AN-167-01 | The Logic Analyzer |
AN-167-02 | Digital Triggering for Analog Instruments |
AN-167-03 | Functional Digital Analysis |
AN-167-04 | Engineering in the Data Domain Calls for a New Kind of Digital Instruments (Reprint from Electronics Magazine May 1/75) |
AN-167-05 | Troubleshooting in the Data Domain is Simplified by Logic Analyzers (Reprint from Electronics Magazine May 15/75) |
AN-167-06 | Mapping a Dynamic Display of Digital System Operation |
AN-167-07 | Supplementary Data from Map Displays Without Changing Probes |
AN-167-08 | Stable Displays of Disc System Waveforms Synchronized to Record Address |
AN-167-09 | Functional Analysis of the Motorola M6800 Microprocessor System |
AN-167-10 | Using the 1620A for Serial Pattern Recognition |
AN-167-11 | Functional Analysis of Intel 8008 Microprocessor Systems |
AN-167-12 | Functional Analysis of Fairchild F8 Microprocessor Systems |
AN-167-12A | Functional Analysis of Mostek F8 Microprocessor Systems |
AN-167-13 | Role of Logic State Analyzers in Microprocessor based Designs |
AN-167-14 | Functional Analysis of 8080 Microprocessor Systems |
AN-167-15 | Functional Analysis of Intel 4004 Microprocessor Systems |
AN-167-16 | Functional Analysis of Intel 4040 Microprocessor Systems |
AN-167-17 | Functional Analysis of National IMP Microprocessor Systems |
AN-167-18 | Functional Analysis of National Semiconductor SC/MP Microprocessor System |
AN-167-19 | Systematic Turn-On of Microprocessor Systems using Logic State Analyzers |
AN-170-1 | HP 8640AB Signal Generator Output Level Accuracy |
AN-170-2 | HP 8640AB Signal Generator Third-Order Intermodulation Characteristics |
AN-171-1 | Crystal Testing with the HP 8640A/B and HP 8405A |
AN-171-2 | Extending the 8640B Frequency Down to DC |
AN-172 | Fundamentals of Frequency Counters |
AN-173 | Advances in Pulsed RF and Microwave Measurements |
AN-173-1 | Dynamic Measurement of Microwave VCOs with 5345A Counter |
AN-174-0 | Index to the AN 174 Application Notes Series |
AN-174-1 | Transfer Characteristic of a VCO |
AN-174-2 | Differential Nonlinearity of a VCO |
AN-174-3 | Integral Nonlinearity of a Voltage Controlled Oscillator |
AN-174-4 | Measuring Dual VCO Tracking Error |
AN-174-5 | Determining Probability Densities (Histograms) with the 5345 Counter |
AN-174-6 | Measuring the Stability of a Frequency Source |
AN-174-7 | Fractional Frequency Deviation (Short Term Stability of Oscillators) |
AN-174-8 | Measuring FM Peak-to-Peak Deviation |
AN-174-9 | Making Automatic Phase Measurements with the 5345A Electronic Counter |
AN-174-10 | Measuring Electrical Length (Delay) of Cables |
AN-174-11 | Measuring Warm-Up Characteristics and Aging Rates of Crystal Oscillators |
AN-174-12 | Measuring Frequency Sweep Linearity of Sweep Generators |
AN-174-13 | Measuring the Tuning Step Transient Response of VCO's to 18 GHz |
AN-174-14 | Radar System Characterization and Testing |
AN-175-1 | Microwave Link Measurement - Differential Phase and Gain at Work |
AN-183 | High Frequency Swept Measurements |
AN-185-2 | Transmission Line Matching Using Dual-Delayed Sweep in Oscilloscope Model 1722A |
AN-187-05 | Calculator Control of the 8620C Sweep Oscillator Using HPIB |
AN-187-06 | The Frequency Performance of the 8620C Oscillator Under Remote Programming |
AN-190 | 40GHz Frequency Measurement with Standard HP Instruments |
AN-191-7 | HP 5370B High Speed Timing Acquisition and Statistical Jitter Analysis |
AN-192 | Using a Narrow Band Analyzer for Characterizing Audio Products |
AN-195 | Pulse Generator Techniques in CMOS Applications |
AN-196 | Automated Measurements using the 436A Power Meter |
AN-200 | Fundamentals of the Electronic Counters |
AN-200 | Fundamentals of the Electronic Counters (1978) |
AN-200-1 | Fundamentals of Microwave Electronic Counters (1977) |
AN-200-1 | Fundamentals of Microwave Electronic Counters (1997) |
AN-200-2 | Fundamentals of Quartz Oscillators (1977) |
AN-200-2 | Fundamentals of Quartz Oscillators (1997) |
AN-200-3 | Fundamentals of Time Interval Measurements |
AN-200-3 (1997) | Fundamentals of Time Interval Measurements (1997) |
AN-200-4 | Understanding Frequency Counter Specifications |
AN-201-04 | Performance Evaluation of HP-IB Using RTE Operating Systems |
AN-201-05 | The HP-IB LINK Control of Distributed HP-IB Devices |
AN-201-06 | Computer Communications HP9825 - HP1000 |
AN-201-08 | The Use Of Device Subroutines With HP 1000 Computers |
AN-206-1 | Measuring Wideband Noise with the HP 3045A Automatic Spectrum Analyzer |
AN-207 | Understanding and Measuring Phase Noise in the Frequency Domain |
AN-216 | A Guide to the Use of the HP3570A and HP3571A Analyzers |
AN-218-1 | Applications & Performance of the 8671A and 8672A Microwave Synthesizers |
AN-218-2 | Obtaining Millihertz Resolution from the 8671A & 8672A |
AN-218-4 | Synthesized Signals from 18 to 37,2 GHz Using the 8672A |
AN-218-5 | Obtaining Leveled Pulse-Modulated Microwave Signals from the HP 8672A |
AN-219 | HP 8505A RF Network Analyzer Basic Measurements |
AN-220 | Operating the HP 8565A Spectrum Analyzer |
AN-221 | Semi-Automatic Measurements Using the 8410B Microwave Network Analyzer and the 9825A Desk-Top Computer |
AN-221A | Automating the HP 8410B Microwave Network Analyzer |
AN-222 | A Designer's Guide to Signature Analysis |
AN-222-1 | Implementing Signature Analysis for Production Testing (HP 3060A Board Test System) |
AN-222-2 | Application Articles on Signature Analysis |
AN-222-3 | A Manager's Guide to Signature Analysis |
AN-222-4 | Guidelines for Signature Analysis |
AN-222-6 | Troubleshooting with Composite Signatures |
AN-222-10 | A Signature Analysis Case Study of a Z80-based Personal Computer |
AN-222-11 | A Signature Analysis Case Study of a 6800-based Display Terminal |
AN-222-12 | A Signature Analysis Based Test System for ECL Logic |
AN-223 | Oscilloscope Measurements in Digital Systems |
AN-225 | Measuring Phase Noise with HP 5390A |
AN-225-1 | Measurement Considerations When Using the 5390A Option 010 (5345A) |
AN-229-10 | Using the Configurable Memory in Your HP 7550A, 7580B, 7585B, or 7586B Plotter |
AN-233-2 | Funtional Analysis of TMS 9900 Microprocessor Systems Using the 1610A |
AN-238 | Semiconductor Measurements with the HP 4140B Picoammeter/DC Voltage Source |
AN-238-1 | Ultra Low Current Semiconductor DC Parameter Measurement System Using HP 4140B |
AN-240 | Digital Signal Analysis - Time and Frequency Domain Measurements |
AN-240-1 | Digital Signal Analysis - Feedback Control System Measurements |
AN-240-2 | Improving the Accuracy of Structural Response Measurements |
AN-243 | The Fundamentals of Signal Analysis |
AN-243 | The Fundamentals of Signal Analysis (2010) |
AN-243-1 | Effective Machinery Measurements Using Dynamic Signal Analyzers |
AN-243-2 | Control System Development Using Dynamic Signal Analyzers |
AN-243-3 | The Fundamentals of Modal Testing |
AN-243-4 | Fundamentals of the z-Domain and Mixed Analog-Digital Measurements |
AN-243-5 | Control System Loop Gain Measurements |
AN-243-6 | Using Dynamic Signal Analyzers and Accessories |
AN-243-7 | Bearing Runout Measurements |
AN-245-1 | Signal Averaging with the 3582A Spectrum Analyzer |
AN-245-2 | Measuring the Coherence Function with the 3582A Spectrum Analyzer |
AN-245-3 | Third Octave Analysis with the 3582A Spectrum Analyzer |
AN-245-4 | Accessing the 3582A Memory with HP-IB |
AN-245-5 | Log Sweep with the 3582A Spectrum Analyzer |
AN-246 | Using the 3585A Spectrum Analyzer With The 9825A Computing Controller |
AN-246-1 | Optimizing the Dynamic Range of the 3585A Spectrum Analyzer |
AN-246-2 | Measuring Phase Noise with the 3585A Spectrum Analyzer |
AN-250-1 | HP-IB Power Supply Interface Guide |
AN-250-2 | Lab & Industrial Power Sources – Battery Charging/Discharging |
AN-263 | Thermal Measurements of Electronic Components Using the Hewlett-Packard Temperature Probe |
AN-270-1 | Automatic Measurement of Conducted EMI with the 8568A Spectrum Analyzer |
AN-270-2 | Automated Noise Sideband Measurements using the 8568A Spectrum Analyzer |
AN-283 | 8662 8663 Low Phase Noise Applications |
AN-283-1 | Application and Measurements of Low Phase Noise Signals using the HP 8662A |
AN-283-2 | External Frequency Doubling of the HP 8662A Signal Generator |
AN-283-3 | Low Phase Noise Applications of the HP 8662A and HP 8663A |
AN-285 | Successful Buried Cable Fault Locating |
AN-286-1 | Applications and Operation of the 8901A Modulation Analyzer |
AN-286-2 | Accurate Mixer & Amplifier Compression Measurement using the 8901A Modulation Analyzer |
AN-289 | Stimulus for Automatic Test |
AN-290 | Practical Temperature Measurements |
AN-290-1 | Practical Strain Gage Measurements |
AN-292 | Minicomputer Analysis Techniques Using Logic Analyzers |
AN-294 | Semi-Automatic RF Network Measurements |
AN-300 | High Performance Semi-Automatic Transceiver Testing |
AN-301-1 | Low Noise Division of 10 MHz Oscillators |
AN-312-1 | Configuration of a Two-Tone Sweeping Generator |
AN-313-1 | Troubleshooting Microprocessor-Based Systems Using the 5180A Waveform Recorder and a Logic Analyzer |
AN-313-2 | 5180A Waveform Recorder and Spectrum Analyzer for New Time-Domain Measurement |
AN-313-3 | Using the 5180A Waveform Recorder to Measure Microwave VCO Settling Time and Post Tuning Drift |
AN-313-4 | Extending Frequency Range and Increasing Effective Sample Rate on the 5180A Waveform Recorder |
AN-313-5 | Power Supply Testing with the 5180A Waveform Recorder |
AN-313-6 | Recording Sonar and Other Signals Using the 5180As Toggle Mode |
AN-313-7 | Interconnecting Two or More 5180A Waveform Recorders to Obtain Multiple Input Channels |
AN-313-8 | Using the Direct Memory Access Capability of the 5180A Waveform Recorder with the 9826 Desktop Computer |
AN-313-9 | Using the 5180A Waveform Recorder to Evaluate Floppy Disc Media and Drive Electronics |
AN-314-1 | Receiver Testing with the HP 8770S Arbitrary Waveform Synthesizer System |
AN-314-2 | Synthesizing Magnetic Disc Read and Servo Signals with the HP 8770S Arbitrary Waveform Synthesizer System |
AN-314-3 | Television Signal Simulation with the HP 8770S Arbitrary Waveform Synthesizer System |
AN-314-4 | Exceptionally-complex Signal Simulation for Radar E/W Test |
AN-315 | DC Parametric Analysis of Semiconductor Devices (HP 4145B) |
AN-317 | Using Vector Z Meter (HP4193A) |
AN-319 | Parametric Characterization of Digital Circuits with the 8180A/8182A Stimulus Response System |
AN-322 | Analysis of Semiconductor Capacitance Characteristics Using the HP 4280A |
AN-326 | Coaxial Systems Principles of Microwave Connector Care |
AN-330-1 | Automatic MIL-STD EMI Testing Using the HP 85864A/B EMI Measurement Software |
AN-331-1 | Automatic CISPR EMI Testing For Conducted Emissions Using the HP 85864A/B EMI Measurement Software |
AN-332-1 | Novel combinations of microwave switches and step attenuators for programming applications |
AN-336 | Introduction to Signaling |
AN-339 | Parametric Analysis for Electronic Components and Circuit Evaluation |
AN-339-1 | Impedance Characterization of resonators using 4194A Impedance/Gain-Phase Analyzer |
AN-339-2 | Characteristic Impedance Measurement of PC Board Circuit Patterns (4194A) |
AN-339-3 | Crosstalk and Impedance Measurements of PC Board Patterns (4194A) |
AN-339-4 | Measuring The Characteristic Impedance of Balanced Cables (4194A) |
AN-339-5 | Multi-Frequency C-V Measurements and Doping Profile Analysis of Semiconductors 5950-2919 |
AN-339-6 | Static Head Testing for Disk Drives – HP 4194A |
AN-339-7 | Efficient Evaluation of LISNs and Voltage Probes for EMI Tests |
AN-339-8 | Constant Current Measurements Using the 4194A |
AN-339-9 | Negative Impedance Measurements of Crystal Oscillators – HP 4194A |
AN-339-10 | Input-output Impedance and Reflection Coefficient Measurements 5950-2925 |
AN-339-11 | Filter Test for Production and Incoming Inspection |
AN-339-12 | HP-IB Programming Hints for the HP 4194A |
AN-339-13 | Measuring the Dielectric Constant of Solid Materials (HP4194A) |
AN-339-14 | Testing Switching Power Supplies Using the 4194A |
AN-341-1 | Testing a Complex LSI/VLSI IC with a low-cost Measurement Setup HP 8175A HP 1630G |
AN-341-2 | Simulating Sensor Signals – Calibrating and Testing an IR Detecting System with the HP 8175A |
AN-343-1 | Vector Modulation Measurements |
AN-343-3 | Vector Modulation Measurements |
AN-345-1 | Microwave Component Measurements using the Scalar Network Analyzer |
AN-345-2 | Microwave Component Measurements Using Scalar network Analyzer |
AN-346 | A Guideline for Designing External DC Bias Circuits |
AN-346-2 | Balanced Circuit Measurement with Impedance Analyzer/LCR Meter/Network Analyzer |
AN-346-3 | Effective Impedance Measurement using OPEN/SHORT/LOAD Correction |
AN-346-4 | 8 Hints for Successful Impedance Measurement |
AN-351 | Characterization of High-Speed Optical Components with an RF Network Analyzer |
AN-355 | Digital Radio Theory and Measurements |
AN-355-1 | Tools for Digital Microwave Radio Installation and Maintenance |
AN-356 | High Speed DC Characterization of Semiconductor Devices From Sub pA to 1A |
AN-356-1 | Techniques and Applications for High Throughput & Stable Characterization |
AN-357-1 | Network, Spectrum, and Impedance Evaluation of IF Circuits HP 4195A Network/Spectrum Analyzer |
AN-357-2 | Complete S-Parameter and Distortion Measurement for Wide Band Video Amplifier |
AN-357-3 | Advanced Filter Evaluation and Limit Testing |
AN-357-4 | Testing Magnetic Disk Read Circuits Using the HP 4195A |
AN-358-2 | HP 5371A Frequency and Time Interval Analyzer - Jitter and Wander Analysis in Digital Communications |
AN-358-5 | Clock Rate Independent Jitter Measurements for Digital Communications Systems |
AN-358-7 | Analyzing Phase-Locked Loop Transients in the Modulation Domain |
AN-358-8 | Single Shot BPSK Signal Characterization |
AN-358-9 | Modulation Domain Techniques for Measuring Complex Radar Signals |
AN-358-10 | Characterizing Barker Coded Modulation in Radar Systems |
AN-358-11 | Characterizing Chirp Coded Modulation in Radar Systems |
AN-358-12 | Simplify Frequency Stability Measurements with Built-In Allan Variance Analysis |
AN-358-13 | Analyzing Phase-Locked Loop Capture and Tracking Range |
AN-359 | Selecting a Jitter Test Set |
AN-368 | Complete BER and Protocol Testing on an ISDN Primary Rate Interface |
AN-369-1 | Optimizing Electronic Component and Material Impedance Measurements Taking Full Advantage of the HP 4284A Precision LCR Meter |
AN-369-2 | Tantalum Electrolytic Capacitor Measurements |
AN-369-3 | Impedance Measurement of Magnetic Heads using Constant Current in Production and QC Departments |
AN-369-4 | Recommending Electronic Manufacturers to Perform Incoming Inspection |
AN-369-5 | Multi-Frequency C-V Measurements of Semiconductors - HP 4284A Precision LCR Meter |
AN-369-6 | Impedance Testing Using Scanner – HP 4284A |
AN-369-7 | Measurement of Capacitance Characteristics of Liquid Crystal Cell with HP 4284A Precision LCR Meter |
AN-369-8 | Wide Range DC Current Biased Inductance Measurement with HP 4284A Precision LCR Meter & HP 42841A Bias Current Source |
AN-369-8 | Wide Range DC Current Biased Inductance Measurement (2008) |
AN-369-9 | Improve Electronic Product Quality and Performance with Agilent Precision LCR Meters |
AN-369-10 | Agilent 4285A High Accuracy and Fast RF Inductor Testing |
AN-369-12 | Measurement of Impedance of Magnetic Heads |
AN-371 | HP 71400 Lightwave Signal Analyzer - Measuring Modulated Light |
AN-372-1 | Power Supply Testing |
AN-372-2 | Battery Testing |
AN-374-1 | Manual Pattern Measurements Using the 8510B |
AN-376-1 | Biasing Three-Terminal Devices for Test |
AN-377-1 | Automatic Frequency Profiling of Chirped Radar Pulses HP 5361A Counter |
AN-377-2 | Automatic Characterization of Microwave VCOs HP 5361A Counter |
AN-377-3 | Frequency Profiling Without a Pulse Generator HP 5361A Counter |
AN-377-4 | Frequency and Phase Profiling Simplified with HP 5361A Counter |
AN-380-1 | Dielectric Constant Measurement of Solid Materials HP 16451B |
AN-380-2 | Measuring Cable Parameters |
AN-380-3 | Solutions for Measuring Permittivity and Permeability with LCR meters Impedance Analyzers |
AN-383-1 | Simplification of DC Characterization and Analysis of Semiconductor Devices |
AN-386 | Pulsed Carrier Phase Noise Measurements Using the Agilent 3048A Phase Noise Measurement System |
AN-387 | High Productivity Measurements in Digital Transmission |
AN-388 | Signal Generator Spectral Purity |
AN-401 | HP 1000 HP-IB Programming Application Notes |
AN-401-01 | HP1000 HP-IB Programming Procedures |
AN-401-1L | HP1000 L-Series HP-IB Programming Procedures |
AN-401-02 | HP59307A VHF Switch |
AN-401-03 | 5345A Electronic Counter - HP1000 Programming Example |
AN-401-04 | 5342A Microwave Frequency Counter HP 1000 Computer Programming Guide |
AN-401-05 | 5328A Universal Counter HP-IB HP 1000 Programming Example |
AN-401-06 | HP 3438A Digital Multimeter HP 1000 Computer Programming Guide |
AN-401-07 | HP3455A Digital Voltmeter |
AN-401-08 | HP59309A Digital Clock Programming Example |
AN-401-09 | HP 6002A Power Supply HP 1000 Computer Programming Guide |
AN-401-10 | HP 3437A System Voltmeter HP 1000 Computer Programming Guide |
AN-401-11 | HP 3495A Scanner HP 1000 Computer Programming Guide |
AN-401-12 | HP 3582A Spectrum Analyzer HP 1000 Computer Programming Guide |
AN-401-13 | 3325A Synthesizer and 1000 Computer HP-IB Programming Guide |
AN-401-15 | 8672A Synthesized Signal Generator and 1000 Computer HP-IB Programming Guide |
AN-401-16 | 436A Microwave Power Meter and 1000 Computer Programming Guide |
AN-401-17 | 8620C Sweep Oscillator and 1000 Computer HP-IB Programming Guide |
AN-401-18 | HP59306A Relay Actuator |
AN-401-19 | 8660 Signal Generator and 1000 Computer HP-IB Programming Guide |
AN-401-20 | HP9871A HP-IB Programming Procedures |
AN-401-24 | HP2250 Measurement and Control Processor |
AN-414 | HP 1000 Real-Time Computers - Hardware Reliability Modeling for Systems Using Dynamic Redundancy |
AN-421-12 | Materials Development 5954-9642 |
AN-421-19 | Missile System Testing 5954-9649 |
AN-421-31 | Data Aquisition & Computer Aided Test Applications Summary Series - Sonar System Testing |
AN-718 | Patient Safety |
AN-907 | Hot Carrier Diode – Theory-Design-Application |
AN-911 | Low Level DC Operation Using HP Photochoppers |
AN-912 | An Attenuator Design Using PIN Diodes - Constant Impedance Current Controlled 10 MHz to 1.0 GHz Bandwidth |
AN-913 | Step Recovery Diode Frequency Multiplier Design |
AN-915 | Threshold Detection of Visible and Infrared Radiation with PIN Photodiodes |
AN-917 | HP PIN Photodiode |
AN-918 | Pulse and Waveform Generation with Step Recovery Diode |
AN-919 | Optmizing Signal-to-Noise Ratio in Photochopper Applications |
AN-920 | Harmonic Generation Using Step Recovery Diodes and SRD Modules 5989-6258EN |
AN-922 | Applications of PIN Diodes |
AN-923 | Schottky Barrier Diode Video Detectors |
AN-928 | KU Band Step Recovery Multipliers |
AN-929 | Fast Switching PIN Diodes |
AN-931 | Solid State Alphanumeric Display - Decoder & Driver Circuitry |
AN-932 | Selection and Use of Microwave Diode Switches and Limiters |
AN-934 | Solid State Display 5082-7300 Installation Techniques |
AN-941 | 5082-7700 Series Seven Segment Display Applications |
AN-942 | Shottky Diodes for High Volume Low Cost Applications |
AN-944-1 | Microwave Transistor Bias Considerations |
AN-946 | 5082-7430 Series Monolithic Seven Segment Displays |
AN-947 | Digital Data Transmission Using Optically Couples Isolators |
AN-948 | Performance of the 6N135, 6N136 and 6N137 Optocouplers in Short to Moderate Length Digital Transmission Systems |
AN-951-1 | Applications for Low Input Current, High Gain Optocoupers |
AN-951-2 | Linear Applications of Optically Coupled Isolators |
AN-953 | Microwave Power Generation and Amplification Using IMPATT Diodes |
AN-956-1 | The Criterion for the Tangential Sensitivity Measurement |
AN-956-3 | Flicker Noise in Schottky Diodes |
AN-956-4 | Schottky Diode Voltage Doubler |
AN-956-5 | Dynamic Range Extension of Schottky Detectors |
AN-956-6 | Temperature Dependence of Schottky Detector Voltage Sensitivity |
AN-957-1 | Broadbanding the Shunt PIN Diode SPDT Switch |
AN-957-2 | Reducing the Insertion Loss of a Shunt PIN Diode |
AN-957-3 | Rectification Effects in PIN Attenuators |
AN-959-1 | Factors Affecting Silicon IMPATT Diode Reliability and Safe Operation |
AN-959-2 | Reliability of Silicon IMPATT Diodes |
AN-961 | Silicon Double-Drift IMPATT Diodes for Pulse Application |
AN-962 | Silicon Double-Drift IMPATT Diodes for High-Power Microwave Application |
AN-963 | Impedance Matching Techniques for Mixers and Detectors |
AN-964 | Contrast Enhancement Techniques |
AN-966 | Applications of the HP HDSP-2000 Alphanumeric Display |
AN-967 | Low Noise 4GHz Transistor Amplifier Using HXTR-6101 Silicon Bipolar Transistor |
AN-968 | IMPATT Amplifier |
AN-969 | The Zero Bias Schottky Detector Diode |
AN-970 | A 6GHz Amplifier Using the HFET-1101 GaAs FET |
AN-971 | The HPND-4050 Beam Lead Mesa PIN in Shunt Applications |
AN-976 | Broadband Microstrip Mixer Design - The Butterfly Mixer |
AN-979 | The Handling and Bonding of Beam Lead Devices Made Easy |
AN-983 | Comb Generator Simplifies Multiplier Design |
AN-984 | More Output Power from a Comb Generator Module with the Right Bias Resistance |
AN-985 | High Isolation in Series Applications with the Low Capacitance HPND-4005 Beam Lead |
AN-986 | Square Law and Linear Detection |
AN-987 | Is Bias Current Necessary |
AN-988 | All Schottky Diodes are Zero Bias Detectors |
AN-989 | Step Recovery Diode Doubler |
AN-991 | Harmonic Mixing with the HSCH-5500 Series Dual Diode |
AN-992 | Beam Lead Attachment Methods |
AN-993 | Beam Lead Device Bonding to Soft Substrates |
AN-993-1 | Thermal Stress Relief in Beam Lead Diode Assembly |
AN-995 | The Schottky Diode Mixer |
AN-997 | A 2GHz Balanced Mixer Using SOT-23 Surface Mount Schottky Diodes |
AN-999 | GaAs MMIC Assembly and Handling Guidelines |
AN-1000 | Digital Data Transmission With the HP Fiber Optic System |
AN-1001 | Interfacing the HDSP-2000 to Microprocessor Systems |
AN-1002 | Consideration of CTR Variations in Optically Coupled Isolator Circuit Designs |
AN-1003 | Interfacing 18 Segment Displays to Microprocessors |
AN-1004 | Threshold Sensing Industrial Control Systems HCPL-3700 |
AN-1005 | Operational Considerations for LED Lamps and Display Devices |
AN-1006 | Seven Segment LED Display Applications |
AN-1007 | Bar Graph Array Applications (Avago Version) |
AN-1007 | Bar Graph Array Applications (HP Version 1983) |
AN-1008 | Optical Sensing for the HEDS-1000 |
AN-1011 | Design and Operational Considerations for the HEDS-5000 Incremental Shaft Encoder |
AN-1012 | Methods of Legend Fabrication (Avago Version) |
AN-1013 | Elements of a Bar Code System |
AN-1015 | Contrast Enhancement Techniques For LED Displays |
AN-1016 | Using the HDSP-2000 Alphanumeric Display Family |
AN-1017 | LED Solid State Reliability |
AN-1018 | Designing With The HCPL-4100 and HCPL-4200 Current Loop Optocouplers |
AN-1019 | Using the HLMP-4700 -1700 -7000 Series Low Current Lamps (Avago Version) |
AN-1021 | Utilizing LED Lamps Packaged on Tape and Reel (Avago Version) |
AN-1023 | Radiation Immunity of Agilent Technologies Optocouplers |
AN-1024 | Ring Detection with the HCPL-3700 Optocoupler (Avago Version) |
AN-1024 | Ring Detection with the HCPL-3700 Optocoupler (1985) |
AN-1025 | Applications and Circuit Design for the HEDS-7000 Series Digital Potentiometer |
AN-1026 | Designing with Hewlett Packard's Smart Display - the HPDL-2416 |
AN-1027 | Soldering LED Components (Avago Version) |
AN-1030 | LED Displays and Indicators and Night Vision Imaging System Lighting (Avago Version) |
AN-1031 | Front Panel Design (Avago Version) |
AN-1032 | Design of the HCTL-1000's Digital Filter Parameters by the Combination Method |
AN-1033 | Designing With The HDSP-211X Smart Display Family |
AN-1035 | Versatile Link |
AN-1035 | Versatile Link Family (Avago Version - 2015) |
AN-1036 | Small Signal Solid State Relays |
AN-1039 | Dimming HDSP-213X Displays to Meet Night Vision Lighting Levels (Avago Version) |
AN-1043 | Common-Mode Noise- Sources and Solutions (Avago Version) |
AN-1043 | Common-Mode Noise: Sources and Solutions |
AN-1046 | Low On-Resistance, Solid State Relays (Avago Version) |
AN-1047 | Low On-Resistance Solid-State Relays For High-Reliability Applications |
AN-1048 | A Low-Cost Surface Mount PIN Diode π Attenuator |
AN-1049 | A Low Distortion PIN Diode Switch Using Surface Mount Devices |
AN-1050 | Low Cost Surface Mount Power Limiters |
AN-1052 | A Low Cost, Surface Mount X-Band Mixer |
AN-1054 | Low Cost Frequency Multipliers Using Surface Mount PIN Diodes |
AN-1055 | Clock Recovery Using Si MMICs |
AN-1057 | Conductive Port Receiver (Avago Version) |
AN-1057 | Conductive Port Receiver (1992) |
AN-1059 | High-CMR Isolation Amplifier for Current-Sensing Applications |
AN-1060 | Surface Mounting SMT LED Indicator Components |
AN-1061 | Light Output Degradation of Emerald Green Solid State Lamps |
AN-1064 | Low Noise and Moderate Power Amplifiers Using the ATF-21186 |
AN-1066 | Fiber-Optic Solutions for 125 MBd Data Communication Applications |
AN-1066 | Fiber-Optic Solutions for 125 MBd Data Communication Applications (2007 - Avago Version) |
AN-1067 | An SPDT PIN Diode T/R Switch for PCN Applications |
AN-1069 | Non-RF Applications for the Surface Mount Schottky Diode Pairs HSMS-2802 and HSMS-2822 |
AN-1071 | Battery Operation of the INA-03184 |
AN-1072 | Applications for the HSMP-3890 Surface Mount Switching PIN Diode |
AN-1074 | Optocoupler Input-Output Endurance Voltage |
AN-1076 | Using the ATF-10236 in Low Noise Amplifier Applications in the UHF through 1.7 GHz Frequency Range |
AN-1078 | Designing with Hewlett-Packard Isolation Amplifiers (Avago Version) |
AN-1083 | IMFET Handling and Design Guidelines |
AN-1084 | Two-Stage 800 – 1000 MHz Amplifier Using the AT-41511 Silicon Bipolar Transistor |
AN-1085 | 900 and 2400 MHz Amplifiers Using the AT-3 Series Low Noise Silicon Bipolar Transistors |
AN-1087 | Thermal Data for Optocouplers (Avago Version) |
AN-1088 | Designing the Virtual Battery |
AN-1089 | Designing Detectors for RF/ID Tags |
AN-1090 | The Zero Bias Schottky Diode Detector at Temperature Extremes – Problems and Solutions |
AN-1091 | 1 and 2 Stage 10.7 to 12.7 GHz Amplifiers Using the ATF-36163 Low Noise PHEMT |
AN-1097 | L and S Band Amplifiers using the ATF-36163 Low Noise PHEMT |
AN-1098 | Agilent SMaRT Duplex Single Mode Transceivers |
AN-1100 | Selecting LED Lamps for Automotive Interior Applications |
AN-1109 | LED Eye Safety |
AN-1110 | Evaluation of Infrared Transceivers for IrDA Compliance |
AN-1111 | Report on HSDL-1100 Interoperability with Infrared Controllers at IrDA 4 Mbps |
AN-1112 | General Application Guide for the HSDL-1100 4 Mbps Infrared Transceiver |
AN-1113 | Infrared Transceiver Distance and Power Consumption Tradeoffs |
AN-1114 | Infrared Transceiver PC Board Layout for Noise Immunity |
AN-1115 | Characterization Report on 155 Mbps Single Mode Fiber Transceiver for ATM, SONET OC-3, SDH STM-1 |
AN-1116 | Using the MGA-87563 GaAs MMIC in Low Noise Amplifier Applications in the 800 Through 2500 MHz Frequency Range |
AN-1117 | 2.488 Gbps DFB Laser Module with Integral Optical Isolator |
AN-1118 | Compliance of Infrared Communication Products to IEC 825-1 and CENELEC EN 60825-1 |
AN-1119 | IrDA Physical Layer Implementation for Hewlett Packard’s Infrared Products |
AN-1120 | Resolving IrDA Physical Layer Implementation Problems |
AN-1123 | Inexpensive 20 to 160 MBd FiberOptic Solutions for Industrial, Medical, Telecom, and Proprietary Data Communication Applications |
AN-1124 | Linear Models for Diode Surface Mount Packages |
AN-1125 | 155 Mbps Fiber Optic “Light to Logic” Receivers for OC3 STM1 |
AN-1126 | Evaluation of Vector Modulator IC Performance |
AN-1128 | L Band Amplifier using the ATF-36077 Low Noise PHEMT |
AN-1129 | Low Noise Amplifier for 2.3 GHz using the ATF-36077 Low Noise PHEMT |
AN-1131 | Low Noise Amplifiers for 320 MHz and 850 MHz Using the AT-32063 Dual Transistor |
AN-1133 | Low Noise Amplifier for 5.7 GHz using the ATF-36077 Low Noise PHEMT |
AN-1134 | Characterization Report on Fiber Optic “Light to Logic” Receiver with Clock Recovery |
AN-1136 | Low Cost Mixer for the 10.7 to 12.8 GHz Direct Broadcast Satellite Market |
AN-1137 | Generic Printed Circuit Layout Rules for HP’s Low-Cost Fiber-Optic Components |
AN-1139 | 950 to 2400 MHz IF Amplifier Using the INA-51063 and INA-54063 |
AN-1140 | TV Remote Sharp ASK Using the HSDL-1100 Infrared Transceiver |
AN-1142 | Safe Handling Fundamentals for Premium InGaN LEDs |
AN-1143 | HSDL-2100 Interoperability with Infrared Controllers |
AN-1145 | Phase Locked Loop Frequency Synthesizer Demonstration Circuit Board |
AN-1147 | Using the INA-12063 RFIC Amplifier for 2.4 GHz Applications |
AN-1150 | Product Transition Document HFCT-5205 |
AN-1155-1 | Warranty Cost Savings of LED Signal Lights |
AN-1155-2 | Electrical Power Consumption Savings with LED Signal Lights |
AN-1155-3 | LED Stop Lamps Help Reduce the Number and Severity of Automobile Accidents |
AN-1156 | Diode Detector Simulation using Hewlett-Packard EESOF ADS Software |
AN-1160 | 1800 to 1900 MHz Amplifiers using the HBFP-0405 and HBFP-0420 Low Noise Silicon Bipolar Transistors |
AN-1161 | 800 to 950 MHz Amplifiers using the HBFP-0405 and HBFP-0420 Low Noise Silicon Bipolar Transistors |
AN-1163 | Compact HSMP-389V Transmit Receive Switch Design |
AN-1168 | 1800 MHz Medium Power Amplifier using the HBFP-0450 Silicon Bipolar Transistor |
AN-1173 | Interfacing to PECL Optical Transceivers |
AN-1174 | Low Noise Amplifiers for 1600 MHz and 1900 MHz Low Current Self-biased Applications using the ATF-35143 Low Noise PHEMT |
AN-1175 | High Intercept Low Noise Amplifiers for 1500 MHz through 2500 MHz using the ATF-34143 Low Noise PHEMT |
AN-1176 | Advantage of SnapLED 150 LED Product Compared to other Lighting Technologies in Automotive Signal Lamps |
AN-1179 | Solid-State Optical Mouse Sensor with PS/2 and Quadrature Outputs |
AN-1189 | Agilent 125 Mb/155 Mb Multimode and Single Mode Small Form Factor (SFF) Transceivers |
AN-1190 | Low Noise Amplifiers for 900 MHz using the Agilent ATF-34143 Low Noise PHEMT |
AN-1197 | A Low Current, High Intercept Point, Low Noise Amplifier for 1900 MHz using the Agilent ATF-38143 Low Noise PHEMT |
AN-1200 | Agilent 1.25 Gbps Quad SerDes Small Form Factor Transceiver Reference Design |
AN-1200-01 | Simplified Motor Spin-Up Analysis - HP 53310A Modulation Domain Analyzer |
AN-1200-02 | Direct Characterization of Motion Control Systems - HP 53310A Modulation Domain Analyzer |
AN-1200-03 | VCO Step Response Analysis - HP 53310A Modulation Domain Analyzer |
AN-1200-3 | VCO Step Response Analysis Made Easy (2000) |
AN-1200-04 | Quick Identification of Periodic Jitter Sources - HP 53310A Modulation Domain Analyzer |
AN-1200-05 | Fast Characterization of Pulse Width Encoded Data - HP 53310A Modulation Domain Analyzer |
AN-1200-5 | Fast Characterization of Pulse Width Encoded Data (2000) |
AN-1200-06 | Simple Analysis of Frequency Modulation - HP 53310A Modulation Domain Analyzer |
AN-1200-07 | Simple Analysis of PLL Capture and Tracking Range - HP 53310A Modulation Domain Analyzer |
AN-1200-7 | Simplified Analysis of Phase Locked Loop Capture and Tracking Range (2000) |
AN-1200-08 | Single Shot Frequency Profiling of Chirped Radars - HP 53310A Modulation Domain Analyzer |
AN-1200-09 | Histograms Simplify Analysis of Random Jitter - HP 53310A Modulation Domain Analyzer |
AN-1200-10 | Examine Channel Switching Characteristics of Cellular Radios - HP 53310A Modulation Domain Analyzer |
AN-1200-11 | Examine GMSK Modulation in GSM and PCN Mobile Comm Systems - HP 53310A Modulation Domain Analyzer |
AN-1200-11 | Examine GMSK Modulation in GSM and PCN Mobile Communication Systems (2000) |
AN-1200-12 | Peak Deviation and Center Freq Measurements for CT2 and DECT Radios - HP 53310A Modulation Domain Analyzer |
AN-1200-12 | Peak Deviation and Center Frequency Measurements For CT2 and DECT Radios (2000) |
AN-1202-1 | Designing Impedance Matching Networks with the HP 8751A |
AN-1202-2 | 17 Fixtures, Test Sets and Accessories for the HP 8751A |
AN-1202-3 | 3 Steps to Better Baseband, IF and RF Design with the HP 8751A |
AN-1203-1 | Modeling Passive High-Speed Digital Structures |
AN-1204 | Low–Level RF Leakage Measurement |
AN-1205 | Agilent HDMP-1636A and HDMP-1646A Gigabit Ethernet Transceiver Design Considerations |
AN-1205 | Efficient Microwave Bias and Test Using the HP 4142B Modular DC Source/Monitor |
AN-1206-1 | Complete Data Acquisition Solutions with HP VEE-Test |
AN-1206-2 | Design Characterization Using HP VEE-Test |
AN-1210-1 | Characterizing IC Packages with Impedance Measurements and the UTP-3000 Test Fixture |
AN-1210-10 | Time Considerations in Clock Distribution Networks 5091-5444E |
AN-1211-1 | Standard and CRC-4 Frame Testing |
AN-1211-2 | Testing n x 64 kbps services 5091-2069E |
AN-1211-3 | Testing sub-rate data services |
AN-1213 | Better Noise Measurements with the 588A and 3589A |
AN-1217-1 | Measuring the Dielectric Properties of Materials (1992) |
AN-1219 | Power Supply Considerations with CMOS Imagers |
AN-1221 | Choosing the Best Camera Lens |
AN-1222 | High Intercept Low Noise Amplifier for the 1850 - 1910 MHz PCS Band using the Agilent ATF-54143 Enhancement Mode PHEMT |
AN-1223 | Logic Analyzer Triggering Applications for 16550A 100MHz State & 500MHz Timing Module |
AN-1224-1 | Contact Resistance and Insulation Resistance Measurements of Electro-Mechanical Components |
AN-1224-2 | Insulation Resistance Measurement of the Plate Type Materials |
AN-1224-3 | Effective Transformers/LF Coils Testing - HP 4263A |
AN-1224-4 | Effective Electrolytic Capacitors Testing - HP 4263A |
AN-1224-5 | Effective Multi-tap Transformer Measurement using Scanner and 4263B LCR Meter (HP 300) (2001) |
AN-1224-5 | Effective Multi-tap Transformer Measurement using Scanner and 4263B LCR Meter (HP 300) (2019) |
AN-1224-6 | Effective Insulation Resistance Testing using a Scanner |
AN-1225 | Agilent SC Duplex +3.3 V Single Mode Transceivers |
AN-1225-2 | Cache Hit or Miss Analysis with the HP 16542A |
AN-1225-4 | Analog-to-digital Converter Testing with the HP 16542A |
AN-1230 | Sound Power Measurements |
AN-1232 | Agilent HFCT-594x Single Mode Laser Small Form Factor Transceivers for ATM, SONET OC-48/SDH STM-16 |
AN-1235 | Agilent HFCT-594xL/G Characterization Report for Single Mode Laser Small Form Factor Transceivers for Short Reach ATM, SONET OC-48/SDH STM-16 |
AN-1237-1 | Maximizing revenue with in-service testing – introduction |
AN-1237-2 | Maximizing revenue with in-service testing - centralized testing/monitoring systems |
AN-1244-1 | Minimizing Intrusion Effects When Probing With a Logic Analyzer Jul95 |
AN-1245 | PC Network Connectivity with the 16500L Interface Module |
AN-1246 | Pulsed Characterization of Power Semiconductors using Electronic Loads |
AN-1247 | OC-48 Agilent Small Form Factor Transceiver HFCT-5942 with Vitesse VSC8122 and VSC8141 Multi-rate Chip Set Reference Design |
AN-1250 | Sewing Machine, Tape Drive, and Vending Machine Applications using Agilent Encoders |
AN-1251 | PROGRAMMABLE STIMULI FOR STRESS-TESTING AND COMPONENT EVALUATION - HP 8110A and HP 8114A |
AN-1252 | Evaluating Tributary Jitter from the SONET Network |
AN-1252 | Variable Speed Drive Applications in the Consumer Market (2002) |
AN-1253 | Variable Speed Drive Applications in the High-power Industrial Market |
AN-1254 | Variable Speed Drive Applications in the Low-power Industrial Market |
AN-1258 | Evaluating Tributary Jitter from the SDH Network |
AN-1260 | Agilent HFBR-5905/5905A Characterization Report for MT-RJ Duplex Multimode Transceiver |
AN-1261 | Timing Characterization Using the HP 16517/18A with Intel Pentium Measurement Examples |
AN-1267 | Frequency agile jitter measurement system |
AN-1268 | Pulse testing 980-nm pump laser diodes in optical fiber amplifiers |
AN-1270-3 | Prototype Aircraft Jet Engine Characterization and Test |
AN-1270-4 | Electronic Heater Valves Testing |
AN-1270-5 | Vehicle Body Testing |
AN-1270-6 | On Road Vehicle Testing |
AN-1270-7 | Communications Cable Testing |
AN-1270-8 | Airframe Testing |
AN-1270-10 | Jet Engine Testing |
AN-1270-11 | Environmental Test of Automotive Radios and Engine Controllers |
AN-1270-12 | Automotive Relay Modules Testing |
AN-1271 | Low Noise Amplifier for 3.5 GHz using the Agilent ATF-35143 Low Noise PHEMT |
AN-1272 | GPS and Precision Timing |
AN-1273 | Compliance Testing to the IEC 1000-3-2 (EN 61000-3-2) and IEC 1000-3-3 (EN 61000-3-3) Standards |
AN-1274 | HP Internet Reporter |
AN-1275 | Automatic Frequency Settling Time Measurement Speeds Time-to-Market for RF Designs |
AN-1276-1 | Accurate Transmission Line Fault Location Using Synchronized Sampling |
AN-1279 | HP SmartClock Technology |
AN-1280 | Conformance Testing - an essential part of SDH deployment |
AN-1281 | Conformance Testing - an essential part of SONET deployment (1996) |
AN-1281 | A High IIP3 Balanced Low Noise Amplifier for Cellular Base Station Applications Using the Agilent Enhancement Mode PHEMT ATF-54143 Transistor and Anaren Pico Xinger 3 dB Hybrid Couplers (2002) |
AN-1285 | Low Noise Amplifiers for 5.125 - 5.325 GHz and 5.725 - 5.825 GHz Using the ATF-55143 Low Noise PHEMT |
AN-1286 | A 802.11a WLAN Driver Amplifier using the Agilent Enhancement Mode PHEMT ATF-54143 Transistor |
AN-1286-1 | 8 Hints for Making Better Spectrum Analyzer Measurements (1997) |
AN-1286-1 | 8 Hints for Better Spectrum Analysis (2005) |
AN-1287 | Agilent HFBR-5911L/AL, HFBR-59L1AL HFCT-5911ATL and HFCT-59L1ATL LC Small Form Factor Transceivers and HDMP-1687 1.0625 /1.25 Gb/s Quad SerDes Reference Design |
AN-1287-1 | Understanding the Fundamental Principles of Vector Network Analysis |
AN-1287-1 | Understanding the Fundamental Principles of Vector Network Analysis (2012) |
AN-1287-2 | Exploring the Architectures of Network Analyzers 5965-7708E |
AN-1287-3 | Applying Error Correction to Network Analyzer Measurements (2002) |
AN-1287-3 | Applying Error Correction to Network Analyzer Measurements (1997) |
AN-1287-4 | Network Analyzer Measurements - Filter and Amplifier Examples 5965-7710E |
AN-1287-5 | Improving Throughput in Network Analyzer Applications 5966-3317E |
AN-1287-6 | Using a Network Analyzer to Characterize High-Power Components 5966-3319E |
AN-1287-7 | Improving Network Analyzer Measurements of Frequency-Translating Devices 5966-3318E |
AN-1287-8 | Simplified Filter Tuning Using Time Domain 5968-5328E |
AN-1287-9 | In-Fixture Measurements Using Vector Network Analyzers 5968-5329E |
AN-1287-10 | Network Analysis Solutions Advanced Filter Tuning Using Time Domain Transforms 5980-2785EN |
AN-1287-11 | Specifying Calibration Standards and Kits for Agilent Vector Network Analyzers |
AN-1287-12 | Time Domain Analysis Using a Network Analyzer (2007) |
AN-1287-12 | Time Domain Analysis Using a Network Analyzer (2012) |
AN-1288-1 | Combining Network and Spectrum Analyses and IBASIC to improve device characterization and test time |
AN-1288-2 | Configuring the Agilent 4396B 1.8 GHz Network/Spectrum Impedance Analyzer for O/E Testing |
AN-1288-4 | How to Characterize CATV Amplifiers Effectively |
AN-1289 | The Science of Timekeeping |
AN-1290-1 | Cookbook for EMC Precompliance Measurements |
AN-1291-1 | 8 Hints for Making Better Network Analyzer Measurements |
AN-1291-1B | 10 Hints for Making Better Network Analyzer Measurements 5965-8166E (2001) |
AN-1291-1B | 10 Hints for Making Better Network Analyzer Measurements 5965-8166E (2014) |
AN-1293 | Sequential Shunt Regulation |
AN-1295 | Riding the Internet Wave |
AN-1297 | Solutions for Measuring Permittivity and Permeability |
AN-1298 | Digital Modulation in Communications Systems - Intro |
AN-1299 | Introduction to BER Testing in WDM Systems |
AN-1300-1 | Highly Accurate Evaluation of Chip Capacitors using the Agilent 4291B RF Impedance/Material Analyzer |
AN-1300-2 | Evaluating Chip Inductors using the 4291B |
AN-1300-4 | Permeability Measurements Using the 4291B and 16454A |
AN-1300-5 | Electronic Characterization of IC Packages 5966-1849E |
AN-1300-6 | Impedance Characterization of MagnetoResistive Disk Heads |
AN-1301 | Effective Spectrum Analysis Testing for Consumer Electronics Production Lines |
AN-1302 | Making Radiated and Conducted Compliance Measurements with EMI Receivers |
AN-1303 | Spectrum Analyzer Measurements and Noise (2008) |
AN-1303 | Spectrum Analyzer Measurements and Noise (1998) |
AN-1304-1 | Evaluating Microstrip with Time Domain Reflectometry |
AN-1304-2 | Time Domain Reflectometry Theory |
AN-1304-3 | Microprobing with the Agilent 86100A Infiniium DCA |
AN-1304-4 | Measuring Characteristic Impedance of Short Rambus Motherboard Traces and Small-Outline RIMMs (86100A) |
AN-1304-5 | Improving TDR/TDT Measurements Using Normalization |
AN-1304-6 | Loop Bandwidth and Clock Data Recovery (CDR) in Oscilloscope Measurements |
AN-1304-7 | High Precision Time Domain Reflectometry |
AN-1305-1 | Contact Resistance and Insulation Resistance Measurements of Electro-Mechanical Components |
AN-1305-3 | Effective Transformer and LF Coil Testing |
AN-1305-4 | Effective Electrolytic Capacitors Testing |
AN-1306-1 | 8 Hints for Making Better Measurements Using Analog RF Signal Generators |
AN-1307 | Testing CDMA Base Station Amplifiers |
AN-1308-1 | Network, Spectrum, and Impedance Evaluation of Electronic Circuits & Components |
AN-1309 | Pulsed Carrier Phase Noise Measurements |
AN-1310 | Mobile Communications Device Testing |
AN-1311 | Understanding CDMA Measurements for Base Stations and Their Components |
AN-1312 | Understanding GSM/EDGE Transmitter and Receiver Measurements for Base Transceiver Stations and their Components |
AN-1313 | Wireless Test Solutions |
AN-1314 | Testing and Troubleshooting Digital RF Communications Receiver Designs |
AN-1315 | Optimizing RF and Microwave Spectrum Analyzer Dynamic Range |
AN-1315 | PDA Reference Design using the Agilent HSDL-3002 (2003) |
AN-1316 | Optimizing Spectrum Analyzer Amplitude Accuracy |
AN-1318 | Optimizing Spectrum Analyzer Measurement Speed |
AN-1319 | Compliance Testing to IEC EN 61000-4-8 |
AN-1320 | Troubleshooting VoIP Signaling |
AN-1323 | Troubleshooting Frame Relay |
AN-1325 | Optimizing Your GSM Network Today and Tomorrow - Using Drive Testing to Estimate Downlink Speech Quality |
AN-1326 | 8 Hints For Solving Common Debugging Problems With Your Logic Analyzer |
AN-1327 | ATM Troubleshooting |
AN-1328 | Making Precompliance Conducted and Radiated Emissions Measurements with EMC Analyzers |
AN-1333 | Performing Bluetooth RF Measurements Today |
AN-1333-1 | Bluetooth® Measurement Fundamentals |
AN-1333-2 | Investigating Bluetooth Modules - The First Step in Enabling Your Device with a Wireless Link |
AN-1333-3 | Verifying Bluetooth™ Baseband Signals Using Mixed-Signal Oscilloscopes |
AN-1333-4 | Bluetooth® Manufacturing Test – A Guide to Getting Started |
AN-1335 | HPSK Spreading for 3G |
AN-1335 | Main Applications and Selection of Gate Driver Optocouplers (2003) |
AN-1336 | Ethernet/Fast Ethernet Problems and Solutions |
AN-1337 | Logic Analyzers |
AN-1340-1 | Characterizing High-Speed Optical Transmitters – Compliance Testing with the Agilent 86100A Infiniium DCA |
AN-1342 | Optimizing Your TDMA Network Today and Tomorrow |
AN-1344 | Optimizing Your GSM Network Today and Tomorrow |
AN-1345 | Optimizing Your CDMA Wireless Network Today and Tomorrow Using Drive-Test Solutions |
AN-1350 | Debugging Modern Power Electronics - Seeing the Whole Picture |
AN-1351 | I2C Debugging |
AN-1352 | MSO and CEBus PL Communications Testing |
AN-1354 | Practical Noise-Figure Measurement and Analysis for Low-Noise Amplifier Designs |
AN-1355 | Designing and Testing 3GPP W-CDMA Base Transceiver Stations |
AN-1356 | Designing and Testing 3GPP W-CDMA User Equipment |
AN-1357 | Designing and Testing cdma2000 Base Stations |
AN-1358 | Designing and Testing cdma2000 Mobile Stations |
AN-1360 | Generating Custom, Real-World Waveforms |
AN-1361 | Measuring EDGE Signals – New and Modified Techniques and Measurement Requirements |
AN-1363-1 | Understanding and Improving Network Analyzer Dynamic Rang |
AN-1364-1 | De-embedding and Embedding S-Parameter Networks Using a Vector Network Analyzer |
AN-1367 | Network synchronization – Keeping your finger on the pulse |
AN-1369-1 | Solutions for Measuring Permittivity and Permeability with LCR Meters and Impedance Analyzers |
AN-1369-2 | Advanced impedance measurement capability of the RF I-V method compared to the network analysis method |
AN-1369-3 | Accurate Impedance Measurement with Cascade Microtech Probe System |
AN-1369-5 | Achieving Fast Design Cycle Time Using an EDA Tool and Impedance Analyzers |
AN-1369-6 | How To Accurately Evaluate Low ESR, High Q RF Chip Devices |
AN-1370-1 | Data Logging using Remote Programming |
AN-1371 | Network Troubleshooting using the Advisor SW Edition |
AN-1372 | Protocol Evolution for the Mobile Internet |
AN-1373-1 | An Introduction to Multiport and Balanced Device Measurements |
AN-1373-2 | Concepts in Balanced Device Measurements |
AN-1373-5 | Balanced Measurement Example - SAW Filters |
AN-1373-6 | Balanced Measurement Example – Baluns |
AN-1373-7 | Balanced Measurement Example - Differential Amplifiers |
AN-1375-3 | Balanced Measurement Example: SAW Filters |
AN-1377 | Understanding General Packet Radio Service (GPRS) |
AN-1377-2 | General Packet Radio Service (GPRS) Network Optimization Measurement Challenges Using Drive Testing |
AN-1379 | An overview of ITU-T G.709 |
AN-1380-1 | RF Testing of Wireless LAN Products |
AN-1380-2 | IEEE 802.11 Wireless LAN PHY Layer (RF) Operation and Measurement |
AN-1380-3 | 802.11a/g Manufacturing Test Application Note – A Guide to Getting Started |
AN-1380-4 | Making 802.11G Transmitter Measurements |
AN-1382-1 | InfiniBand System-Level Debugging |
AN-1382-2 | Designing and Validating High-Speed Memory Buses |
AN-1382-3 | Debugging USB 2.0 for Compliance - It’s Not Just a Digital World |
AN-1382-4 | I/O System and Chip Validation in PCI and PCI-X Systems |
AN-1382-5 | Differential Impedance Measurement with Time Domain Reflectometry |
AN-1382-6 | Low-Voltage Differential Signaling (LVDS) |
AN-1382-8 | Saving Time with Multiple-Channel Signal Integrity Measurements |
AN-1382-10 | 8 Hints for Debugging and Validating High-Speed Buses |
AN-1383-1 | Spectral Analysis Using a Deep-Memory Oscilloscope Fast Fourier Transform (FFT) (54830B) |
AN-1384 | General Packet Radio System (GPRS) Testing: Why and How? |
AN-1385 | Optimizing Oscilloscope Measurement Accuracy on High-Performance Systems with Agilent Active Probes |
AN-1386 | Essential Components of Data Acquisition Systems |
AN-1387 | Types of Data Acquisition Architectures |
AN-1389-1 | System Cabling Errors and DC Voltage Measurement Errors in Digital Multimeters |
AN-1389-2 | Resistance, DC Current, AC Current, and Frequency and Period Measurement Errors in Digital Multimeters |
AN-1389-3 | AC Voltage Measurement Errors in Digital Multimeters |
AN-1390 | 9 Hints for Making Better Measurements Using RF Signal Generators |
AN-1391 | 8 Hints for Better Millimeter-Wave Spectrum Measurements |
AN-1392 | Make Better RMS Measurements with Your DMM |
AN-1394 | Connected Simulation and Test Solutions Using Advanced Design System |
AN-1395 | Debugging Serial Bus Systems with a Mixed-Signal Oscilloscope |
AN-1396 | Optimizing Bluetooth Device Battery Drain Measurements in Manufacturing |
AN-1397-1 | Lowering Cost and Improving Interoperability by Predicting Residual BER: Theory, Measurements, and Applications |
AN-1398 | Forward Link Measurements for 1xEV-DO Access Networks |
AN-1399 | Maximizing the Life Span of Your Relays |
AN-1400 | USB 2.0 Compliance Testing with Agilent Infiniium |
AN-1403 | Gigabit Ethernet Fiber Certification |
AN-1404 | The Truth About the Fidelity of High-Bandwidth Voltage Probes |
AN-1405-1 | Fundamentals of Signal Analysis - Introduction to Time, Frequency and Modal Domains |
AN-1405-2 | Fundamentals of Signal Analysis – Understanding Dynamic Signal Analysis |
AN-1406 | Selecting Temperature Transducers for Data Acquisition Systems |
AN-1407 | How to Generate Low Duty-Cycle Pulses with a Function Generator |
AN-1408-1 | Mixer Transmission Measurements Using the Frequency Converter Application in the PNA Microwave Network Analyzers |
AN-1408-2 | Mixer Conversion-Loss and Group-Delay Measurement Techniques and Comparisons |
AN-1408-3 | Improving Measurement and Calibration Accuracy using the Frequency Converter Application in the PNA Microwave Network Analyzer |
AN-1408-7 | PNA Microwave Network Analyzers - Amplifier Linear and Gain Compression Measurements |
AN-1408-8 | PNA Microwave Network Analyzers - Amplifier Swept-Harmonic Measurements |
AN-1408-9 | PNA Microwave Network Analyzers - Amplifier and CW Swept Intermodulation Distortion Measurements |
AN-1408-10 | High Power Amplifier Measurements Using Keysight VNAs |
AN-1408-11 | PNA Microwave Network Analyzers - Accurate Pulsed Measurements |
AN-1408-12 | PNA Microwave Network Analyzers - Pulsed-RF S-Parameter Measurements |
AN-1408-13 | PNA Microwave Network Analyzers – Introduction to Application Development |
AN-1408-14 | Using the PNA Series to Analyze Lightwave Components |
AN-1408-15 | Banded Millimeter-Wave Measurements with the PNA |
AN-1408-16 | Power Added Efficiency with the PNA-X |
AN-1408-17 | Making Accurate IMD Measurements with the PNA-X Network Analyzer |
AN-1408-18 | Measuring Group Delay of Frequency Converters with Embedded Local Oscillators |
AN-1408-19 | High Power Amplifier Measurements using Agilent’s NVNA |
AN-1408-20 | High Accuracy Noise Figure Measurements Using the PNA-X Series Network Analyzer |
AN-1408-21 | Active-Device Characterization in Pulsed Operation Using the PNA-X |
AN-1409-1 | Simplified PC Connections for GPIB Instruments |
AN-1409-2 | Agilent T&M Programmers Toolkit |
AN-1410 | Two-tone and Multitone Personalities for the E8267C PSG Vector Signal Generator |
AN-1412 | Selecting the Right Data Acquisition System |
AN-1413 | Choosing the Right Tools for High-Speed Bus and System Interconnect Designs |
AN-1414 | Understanding Measurement of 1xEV-DO Access Terminals |
AN-1417 | Debugging a PCI Bus with a Mixed-Signal Oscilloscope |
AN-1418 | Mixed Analog and Digital Signal Debug and Analysis – Wireless LAN Example Application |
AN-1419-1 | Restoring Confidence in Your High-Bandwidth Probe Measurements |
AN-1419-02 | Improving Usability and Performance in High-Bandwidth Active Oscilloscope Probes |
AN-1419-03 | Performance Comparison of Differential and Single-Ended Active Voltage Probes |
AN-1419-3 | Performance Comparison of Differential and Single-Ended Active Voltage Probes |
AN-1420 | Understanding Oscilloscope Frequency Response and Its Effect on Rise-Time Accuracy |
AN-1421 | Signal Studio for Bluetooth E4438C ESG Vector Signal Generator Option 406 |
AN-1422 | Agilent Bluetooth™ Signal Studio Software for the ESG-D/DP Series RF Signal Generators Option 406 |
AN-1423 | Agilent E8267C PSG Vector Signal Generator Self Guided Demo |
AN-1424 | Mixed-Signal Measurement Solutions: Which One Fits Your Application Needs? |
AN-1425 | Making High-Accuracy Temperature Measurements With the 34970A Data Acquisition Switch Unit |
AN-1426 | How to Connect Two or More Signal Generators to Create a Multi-Channel Waveform Generator |
AN-1427 | Evaluating Battery Run-down Performance Using the Agilent 66319D or 66321D with Option #053 14565A Device Characterization Software |
AN-1428 | 10-bit I2C Triggering Using an Agilent 54620/54640 Series Oscilloscope |
AN-1429 | CAN Triggering Using an Agilent 54620/40 Series Oscilloscope |
AN-1430 | 802.11a WLAN Signal Studio Software for the ESG-D/DP Series Signal Generators Option 410 |
AN-1431 | Capturing Infrequent and Random Events Using Deep Memory Oscilloscopes |
AN-1432 | Jitter Analysis Techniques for High Data Rates |
AN-1434 | Optimizing Power Product Usage to Speed Design Validation Testing |
AN-1435 | Improving Scalar Network Analysis Using the PSG Signal Generator and the 8757D Scalar Network Analyzer |
AN-1436 | Debugging Parallel RapidIO Designs with the Agilent 16700 Series Logic Analysis System |
AN-1437 | Using a Function/Arbitrary Waveform Generator to Generate Pulses |
AN-1438 | EPM-P Series Power Meters Used in Radar and Pulse Applications |
AN-1439 | Measuring Noise Figure with a Spectrum Analyzer |
AN-1440 | Configuring the GSM/GPRS Lab Application for E-OTD Performance Testing |
AN-1441-1 | Test System Signal Switching |
AN-1441-2 | Reducing Noise in Switching for Test Systems |
AN-1443 | Calibration Software for Wide Bandwidth Measurements - PSA Spectrum Analyzer Option 122 or Option 140 and 89600 Vector Signal Analyzer |
AN-1444 | Recognizing and Reducing Data Acquisition Switching Transients |
AN-1445 | Using ActiveX Controls to Enhance the Analysis Capabilities of Deep Memory and Mixed Analog/Digital Signal Oscilloscopes |
AN-1446 | Deep Memory Oscilloscopes - The New Tools of Choice |
AN-1447 | Troubleshoot Complex Designs in Less Time Using a Mixed-Signal Oscilloscope |
AN-1448-1 | Measuring Jitter in Digital Systems |
AN-1448-2 | Finding Sources of Jitter with Real-Time Jitter Analysis |
AN-1449-1 | Fundamentals of RF and Microwave Power Measurements (Part 1) – Introduction |
AN-1449-2 | Fundamentals of RF and Microwave Power Measurements (Part 2) |
AN-1449-3 | Fundamentals of RF and Microwave Power Measurements (Part 3) - Power Measurement Uncertainty |
AN-1449-4 | Fundamentals of RF and Microwave Measurements (Part 4) |
AN-1450 | Logic Analyzer Probing Techniques for High-Speed Digital Systems |
AN-1451 | Understanding and Using Offset in InfiniiMax Active Probes |
AN-1452 | Customer Validates Signal Integrity on 100 MHz DDR SDRAM With Mixed-Signal Oscilloscope |
AN-1455 | Equalization Techniques and OFDM Troubleshooting for Wireless LANs |
AN-1456 | On-Chip Design Verification with Xilinx FPGAs |
AN-1457 | In-circuit Debug of FPGAs |
AN-1458 | 5 Hints for Debugging Microcontroller-based Designs |
AN-1459 | How to Program the 3499A/B/C Switch and the 34401A Digital Multimeter for Scanning Measurements |
AN-1460 | Making High Accuracy Temperature Measurements with the 3499A/B/C Switch and the 34401A Digital Multimeter |
AN-1462 | Using Advanced Design System to Design an MMIC Amplifier |
AN-1463 | Agilent E5070B/E5071B - Characterizing Differential Amplifiers with True Differential Signals |
AN-1463-3 | Differential S-Parameter Measurements of PCI Express Connector Using the ENA Series Network Analyzer |
AN-1463-5 | Impedance Characteristic Evaluation of SMD Using the ENA with Inter-Continental Microwave (ICM) Test Fixture |
AN-1463-6 | Agilent ENA RF Network Analyzers - Accurate Mixer Measurements Using the Frequency-Offset Mode |
AN-1463-7 | ENA Series RF Network Analyzers - Accurate Mixer Conversion Loss Measurement Techniques |
AN-1465-1 | Test-System Development Guide – Introduction to Test-System Design |
AN-1465-2 | Test-System Development Guide – Computer I/O Considerations |
AN-1465-3 | Test-System Development Guide – Understanding Drivers and Direct IO |
AN-1465-4 | Test-System Development Guide – Choosing Your Test System Software Architecture |
AN-1465-5 | Test-System Development Guide – Choosing Your Test-System Hardware Architecture and Instrumentation |
AN-1465-6 | Test-System Development Guide – Understanding the Effects of Racking and System Interconnections |
AN-1465-7 | Test-System Development Guide – Maximizing System Throughput and Optimizing System Deployment |
AN-1465-8 | Test-System Development Guide – Operational Maintenance |
AN-1465-9 | Test-System Development Guide – Using LAN in Test Systems - The Basics |
AN-1465-10 | Test-System Development Guide – Using LAN in Test Systems – Network Configuration |
AN-1465-11 | Test-System Development Guide – Using LAN in Test Systems – PC Configuration |
AN-1465-12 | Test-System Development Guide – Using USB in the Test and Measurement Environment |
AN-1465-13 | Test-System Development Guide – Using SCPI and Direct IO vs. Drivers |
AN-1465-14 | Test-System Development Guide – Using LAN in Test Systems – Applications |
AN-1465-15 | Test-System Development Guide – Using LAN in Test Systems - Setting Up System IO |
AN-1465-16 | Test-System Development Guide – Next-generation Test Systems – Advancing the Vision with LXI |
AN-1465-17 | Test-System Development Guide – Optimizing the Elements of an RF & Microwave Test System |
AN-1465-18 | Test-System Development Guide – 6 Hints for Enhancing Measurement Integrity in RF & Microwave Test Systems |
AN-1465-19 | Test-System Development Guide – Calibrating Signal Paths in RF & Microwave Test Signals |
AN-1465-20 | Test-System Development Guide – LXI Going Beyond GPIB, PXI and VXI |
AN-1465-20 | Tips and Tricks for Using USB, LAN and GPIB |
AN-1465-21 | Test-System Development Guide – 10 Good Reasons to Switch to LXI |
AN-1465-22 | Test-System Development Guide – Transitioning from GPIB to LXI |
AN-1465-23 | Test-System Development Guide – Creating hybrid test systems with PXI, VXI and LXI |
AN-1465-24 | Test-System Development Guide – Using Synthetic Instruments in Your Test System |
AN-1465-25 | Test-System Development Guide – Migrating system software from GPIB to LAN LXI |
AN-1465-26 | Test-System Development Guide – Modifying a GPIB System to Include LAN & LXI |
AN-1465-27 | Using Linux in Your Test Systems: Linux Basics |
AN-1465-28 | Using Linux to Control LXI Instruments Through VXI-11 |
AN-1465-29 | Using Linux to Control LXI Instruments Through TCP |
AN-1465-30 | Using Linux to Control USB Instruments |
AN-1465-31 | Tips for Optimizing Test System Performance in Linux Soft Real-Time Applications |
AN-1465-32 | Building Hybrid Test Systems, Part 1 - Laying the groundwork for a successful transition |
AN-1465-33 | Building Hybrid Test Systems, Part 2 - Ensuring success in two common scenarios |
AN-1466 | Using a Function Generator to Create Pulse-Width Modulation (PWM) Waveforms |
AN-1467 | How to use the Agilent N6700 Series Modular Power System to replace an Agilent 662xA |
AN-1468 | Current Drain Analysis Enhances WLAN Network Card Design and Test |
AN-1469 | Speeding Production Line Test Development and Execution at Motorola AIEG (Europe) |
AN-1475-1 | Modern Connectivity — Using USB and LAN I/O Converters |
AN-1476-3 | Linearization of a Multi-Carrier Power Amplifier using Digital Predistortion in ADS |
AN-1476-4 | Performing Digital-IF/RF-Digital Bit Error Rate Measurements |
AN-1476-5 | Performing Bit Error Rate Measurements with ADS and Baseband Studio Streaming |
AN-1478 | 7 Reasons to Migrate from your 8753 to an ENA Network Analyzer |
AN-1479 | Techniques to minimize overall test time when using a DMM and switch system |
AN-1480 | How to capture, save, and reproduce arbitrary load current waveforms |
AN-1481 | Optimizing System Design for Rapid Development Fast Execution and Re-use |
AN-1484 | Non-Zero Noise Figure After Calibration |
AN-1485 | External Waveguide Mixing and Millimeter Wave Measurements with Agilent PSA Spectrum Analyzers |
AN-1487 | Noise Figure Measurements of Frequency Converting Devices - Noise Figure Analyzer |
AN-1488 | Ultra-Wideband Communication RF Measurements |
AN-1489 | Five Applications to Help You Decide - A Comparision between Tektronix TDS and Agilent Infiniium Oscilloscopes |
AN-1490 | Ten Things to Consider When Selecting Your Next Oscilloscope |
AN-1491 | Side-by-Side Comparison of Agilent and Tektronix Probing Measurements on High-Speed Signals |
AN-1492 | Debugging CAN-Based Designs More Efficiently with an Agilent 54600 Series Mixed-Signal Oscilloscope and a N2758A CAN Trigger Module |
AN-1493 | Characterizing High-Speed Oscilloscope Distortion - A comparison of Agilent and Tektronix high-speed, real-time oscilloscopes |
AN-1496 | PCI Express Transmitter Electrical Validation and Compliance Testing with Agilent Infiniium Oscilloscopes |
AN-1497 | 10 Hints for Getting More from Your Function Generator |
AN-1499 | 4 More Hints for Making Better Frequency Counter Measurements |
AN-1500 | Selecting an I/O Architecture for Your FPGA Design |
AN-1501 | 6 Tips for Successful Logic Analyzer Probing |
AN-1502-1 | Side-by-Side Comparison: Agilent N5700 System DC Source and Sorensen DLM Power Supply |
AN-1502-2 | Side-by-Side Comparison: Agilent N5700 System DC Source and Xantrex XFR DC Power Supply |
AN-1503-1 | How to Convert from a Sorensen DLM to an Agilent N5700 |
AN-1503-2 | How to Convert from a Xantrex XFR to an Agilent N5700 |
AN-1504 | Simplify Multiple Bias Voltage Sequencing and Ramping for PC Motherboard Test |
AN-1505 | Increase Automotive ECU Test Throughput |
AN-1506 | Increase DC-input Battery Adapter Test Throughput By Several-fold |
AN-1507 | Trends in Programmable Medium Power (~1 kW) System DC Power Supplies |
AN-1509 | MIMO Wireless LAN PHY Layer [RF] Operation & Measurement |
AN-1550-2 | An Introduction to Error Location Analysis - Are all your errors truly random? |
AN-1550-4 | Optical Spectrum Analysis |
AN-1550-5 | Accurate Characterization of Source Spectra Using an Optical Spectrum Analyzer |
AN-1550-6 | High-Speed Lightwave and Component Analysis |
AN-1550-7 | Making Time-Resolved Chirp Measurements Using the Optical Spectrum Analyzer and Digital Communications Analyzer |
AN-1550-8 | Measuring Extinction Ratio of Optical Transmitters |
AN-1550-9 | Improving the Accuracy and Consistency of Optical Transceiver Extinction Ratio Measurements |
AN-1550-10 | Optical Amplifier Testing with the Interpolated Source-Subtraction and Time-Domain Extinction Techniques |
AN-1550-12 | Using Bathtub Jitter Software with the Agilent 86130A and 71612C Error Performance Analyzers |
AN-1551 | Improve Your Ability to Capture Elusive Events: Why Oscilloscope Waveform Update Rates are Important |
AN-1552 | Oscilloscope Display Quality Impacts Ability to Uncover Signal Anomalies – Agilent 6000 Series Scope versus Tektronix TDS3000 Series Scope |
AN-1553 | Oscilloscope Display Quality Impacts Ability to Uncover Signal Anomalies - Agilent 6000 Series Scope versus LeCroy WaveSurfer 400 Series Scope |
AN-1554 | Understanding Linear Power Supply Operation |
AN-1555 | Communicate with Test Instruments Over LAN Using Visual Basic |
AN-1556 | Picking the Optimal Oscilloscope for Serial Data Signal Integrity Validation and Debug |
AN-1557 | Creating Datalogging Applications in Microsoft Excel |
AN-1559 | How to Measure Digital Baseband and IF Signals Using Agilent Logic Analyzers with 89600 Vector Signal Analysis Software |
AN-1560 | The Agilent N6700 Modular Power System: Determining Specifications when Paralleling Outputs |
AN-1561 | Using Multiple 34980A/34970A Mainframes for Faster Scanning |
AN-1562 | Debugging Embedded Mixed-Signal Designs Using Mixed Signal Oscilloscopes |
AN-1564 | Using an MSO to Debug a PIC18-Based Mixed-Signal Design |
AN-1565 | PCI Express Performance Measurements |
AN-1568 | Making the Most of Your Infiniium 80000 Series Scope’s Acquisition Memory |
AN-1569 | Demystifying Deep Memory Oscilloscopes |
AN-1570 | Deploying a SAN Extension Network - Technology and Test Considerations |
AN-1572 | IEEE 802.15.4/ZigBee Measurements Made Easy Using the N4010A Wireless Connectivity Test Set |
AN-1573 | Using a Scope’s Segmented Memory to Capture Signals More Efficiently |
AN-1575 | Improve Your Time-to-Insight: Debugging Intermittent Memory Failures in DDR and DDR2 Systems |
AN-1576 | Using an Agilent 6000 Series MSO To Debug an Automotive CAN Bus |
AN-1578 | IEEE 802.16e WiMAX OFDMA Signal Measurements and Troubleshooting |
AN-1581 | Making High-Resolution Frequency Measurements with Agilent 6000 Series Oscilloscopes |
AN-1582 | Logic Analyzer Specifications: How Much Timing Speed Do You Need? |
AN-1583 | Maximizing Measurement Speed with the Agilent MXA Signal Analyzer |
AN-1585 | Using Agilent X-Series Signal Analyzers for Measuring and Troubleshooting Digitally Modulated Signals |
AN-1586 | Preselector Tuning for Amplitude Accuracy in Microwave Spectrum Analysis |
AN-1587 | Evaluating Oscilloscope Sample Rates vs. Sampling Fidelity - How to Make the Most Accurate Digital Measurements |
AN-1588 | Choosing an Oscilloscope with the Right Bandwidth for your Application |
AN-1589 | Evaluating Logic Analyzers Objectively |
AN-1590 | LXI-compliant oscilloscope boosts efficiency in ATE systems |
AN-1591 | A Time-Saving Method for Analyzing Signal Integrity in DDR Memory Buses |
AN-1592 | Tips and Techniques for Making Power Supply Noise Measurements with an Oscilloscope |
AN-1593 | Making RF Measurements on Digital Serial Data with Agilent’s Signal Extractor and the 89601A Vector Signal Analyzer |
AN-1595 | How to Use IVI-COM Drivers in Agilent VEE Pro 8.0 |
AN-1597 | 10 Reasons to Upgrade to a 16800 or 16900 Series Logic Analyzer |
AN-1598 | Using the Agilent Infiniium Series Real-time Oscilloscope to Validate the DigRF |
AN-1599 | Tips for Making Low Current Measurements with an Oscilloscope and Current Probe |
AN-1601 | Extending the Range of Agilent InfiniiMax Probes |
AN-1603 | Eight Hints for Better Scope Probing |
AN-1604 | Evaluating Oscilloscopes for Best Signal Visibility |
AN-1605 | Integrated Debugging – A New Approach to Troubleshooting Your Designs with Real-Time Oscilloscopes |
AN-1607 | Oscilloscope Probing for High-Speed Signals |
AN-1608 | What is the difference between an equivalent time sampling oscilloscope and a real-time oscilloscope? |
AN-1610 | Five Things That Can Save You Time When Using an Economy Oscilloscope |
AN-1611 | Strategies for Debugging Serial Bus Systems with Infiniium Oscilloscopes |
AN-4070-1 | Ultra Low Current DC Characterization at the Wafer Level |
AN-4070-2 | Agilent 4070 Series Accurate Capacitance Characterization at the Wafer Level |
AN-4070-3 | Accurate and Efficient Frequency Evaluation of a Ring Oscillator |
AN-4070-4 | Accurate and Effective Flash Memory Cell Evaluation Using the Agilent 4072A |
AN-4070-5 | Adapting Agilent 4070 series to Open/Short Measurement of “Yield Test Chip” for Quick Yield Ramp up |
AN-4070-6 | High Speed Parametric Test Using Agilent 4070 Series – Throughput Tuning |
AN-4080-1 | A Complete Solution for Evaluating Write/Erase Characteristics of Flash Memory Cells |
AN-4080-2 | Agilent 4083A DC/RF Parametric Test System - A fully automatic on-wafer RF S-parameter measurement environment |
AN-4156-1 | Ultra Low Current DC Characterization of MOSFETs at the Wafer Level |
AN-4156-2 | Automated Extraction of Semiconductor Parameters Using the HP 4155A/4156A |
AN-4156-3 | Evaluation of Hot Carrier Induced Degradation of MOSFET Devices |
AN-4156-4 | Evaluation of Flash Memory Cells |
AN-4156-5 | Measurement of Power Devices Using External DC Power Supply |
AN-4156-5 | Measurement of Power Devices Using External DC Power Supply (2006) |
AN-4156-6 | Optimizing the Incoming Inspection of Semiconductor Devices With 4156C |
AN-4156-7 | Evaluation of Electromigration Using the SWEAT Procedure |
AN-4156-8 | Evaluation of Oxide Reliability Using V-Ramp / J-Ramp Test |
AN-4156-9 | Evaluation of the Surface State Using Charge Pumping Methods |
AN-4156-10 | Evaluation of Gate Oxides Using a Voltage Step Quasi-Static CV Method |
AN-4156-11 | Precision Measurement of Metal Line Width in Sub-quarter Micron Interconnect Systems |
AN-4294-3 | Evaluation of MOS Capacitor Oxide C-V Characteristics Using the Agilent 4294A |
AN-5074 | Agilent HCPL-800J |
AN-5091 | Design of a 4.9 to 6.0 GHz Two-stage Low Noise Amplifier For 802.11a, HiperLAN2 and HiSWANa Receivers Using ATF-551M4 E-PHEMT |
AN-5106 | Agilent ATF-50189 2.4 GHz high-linearity second stage LNA/ driver using ATF-50189 |
AN-5113 | Agilent MGA-53543 Improving IP3 using Current Stabilization |
AN-B1500-1 | Measuring CNT FETs and CNT SETs Using the Agilent B1500A |
AN-B1500-2 | Migrating from the Agilent 4155C and 4156C to the Agilent B1500A |
AN-B1500-3 | IV and CV Measurement Using the Agilent B1500A MFCMU and SCUU |
AN-B1500-4 | Customizing Agilent B1500A EasyEXPERT Application Tests |
AN-B1500-5 | Creating a Test Sequence Using Agilent B1500A EasyEXPERT Software |
AN-B1500-6 | Accurate NBTI Characterization Using Timing-on-the-fly Sampling Mode |
AN-B1500-7 | Using the Agilent B1500A with a Nanoprober to Perform Failure Analysis |
AN-B1500-8 | Multi-Channel Parallel Timing-on-the-fly NBTI Characterization Using Keysight B1500A |
AN-B1500-9 | Improving Flash Memory Cell Characterization Using the Keysight B1500A |
AN-B1500-10 | Ultra-Fast 1 μs NBTI Characterization Using the B1500A’s WGFMU Module |
AN-B1500-11 | Characterizing Random Noise in CMOS Image Sensors |
AN-B1500-12 | 1 μs IV Characterization of Flash Memory Cells Using the Keysight B1530A |
AN-B1500-13 | Measuring Pulsed/Transient Electrical Properties of OTFTs (Organic Thin Film Transistors) |
AN-B1500-15 | DC MOSFET Characterization at the Wafer Level |
AN-B1500-16 | B1500A: A Complete Solution for CMOS Device Electrical Characterization |
AN-B1500-17 | A Complete CMOS Reliability Test Solution – Keysight B1500A Semiconductor Device Analyzer |
AN-B1500A-14 | IV and CV Characterizations of Solar/ Photovoltaic Cells Using the B1500A |
AN-B1505-4 | Direct Power MOSFET Capacitance Measurement at 3000 V |
AN-B1505-5 | Measuring Power MOSFET Electrical Characteristics using the B1505A |
AN-B1505A | Measuring Power BJT Electrical Characteristics using the B1505A |
AN-B1505A-2 | Next Generation Curve Tracer Revolutionizes Failure Analysis |
AN-E1420A | Multi-channel signals with programmable inter-channel phase |
AN-E5250A-1 | Low Current Measurement with Agilent E5250A Switch Mainframe |
AN-E5250A-2 | Evaluation of Hot Carrier Induced Degradation of MOSFET Devices |
AN-E5250A-3 | Accurate and Efficient C-V Measurements |
AN-E5270-2 | High Speed fT versus Ic Characterization of Bipolar Transistors Using Agilent E5270A and ENA series RF Network Analyzer |
AN-E5270-6 | Evaluation of High Power Devices Using External DC Power Supply |
AN-E8859A | Agilent GSM Design Library |
AN-N9201A-1 | Improving Test Throughput with Addressable Arrays and the Agilent N9201A |
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AN-A001 | Choke Network Design |
AN-A002 | Design of a 4 GHz LNA |
AN-A004R | Electrostatic Discharge Damage and Control |
AN-A005 | Transistor Chip Use |
AN-A006 | Mounting Considerations for Packaged Microwave Semiconductors |
AN-A007 | 4 GHz Television Receive Only LNB Design |
AN-A008 | Microwave Oscillator Design |
AN-A009 | Direct Broadcast Satellite Systems |
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AN-G001 | ATF-13136 Demonstration Amplifier (1993) |
AN-G002 | ATF-10136 Demonstration Amplifier (1990) |
AN-G003 | MGA-64135 GaAs MMIC (1998) |
AN-G004 | S-Band Low Noise Amplifier Using the ATF-10136 (1998) |
AN-G005 | Active GaAs FET Mixers Using the ATF-10136, ATF-13736, and ATF-13484 (1999) |
AN-G006 | MGA-64135 GaAs MMIC as a Variable-Gain Amplifier and Operation at Reduced Vdd (1992) |
AN-G007 | MGS Series Monolithic GaAs Switches (1992) |
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AN-M022 | Installing TO-8 Oscillators (1997) |
AN-M024 | Voltage-Controlled Oscillators Evaluated for System Design (1997) |
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AN-S001 | Basic MODAMP MMIC Circuit Techniques (1998) |
AN-S002 | MODAMP™ MMIC Nomenclature (1993) |
AN-S003 | Biasing MSA Series RF Integrated Circuits (1997) |
AN-S004 | A broadband IF Amplifier Using MSA-0235 and MSA-0335 (1993) |
AN-S005 | Using Hewlett-Packard MSA Series MMIC Amplifiers as Frequency Converters (1997) |
AN-S006 | Using External Feedback to Achieve Flat Gain with the MSA-0885 (1992) |
AN-S007 | Using the MSA-0520 and MSA-1023 Medium-Power MODAMP Silicon MMIC Amplifiers (1998) |
AN-S008 | Designing With The MSA-9970 (1993) |
AN-S009 | MODAMP Silicon MMIC Chip Use (1993) |
AN-S010 | A 5.0 GHz Bipolar Active Mixer (1998) |
AN-S011 | Using Silicon MMIC Gain Blocks as Transimpedance Amplifiers (1993) |
AN-S012 | INA Series RFIC Amplifiers (1997) |
AN-S013 | IAM-8 Series Active Mixers (1998) |
AN-S014 | 750 – 1250 MHz VCO (1993) |