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Chemacki B�a�=���=�L,}(8X@�"��1���Arial1���Arial1���Arial1���Arial1���Arial1� �Arial1�$�Arial1��Arial1���Arial"$"#,##0_);\("$"#,##0\)!"$"#,##0_);[Red]\("$"#,##0\)""$"#,##0.00_);\("$"#,##0.00\)'""$"#,##0.00_);[Red]\("$"#,##0.00\)7*2_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_).))_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)?,:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)6+1_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_)$�[$-409]dddd\,\ mmmm\ dd\,\ yyyy� mm/dd/yy;@�"Yes";"Yes";"No"�"True";"True";"False"�"On";"On";"Off"]�,[$� -2]\ #,##0.00_);[Red]\([$� -2]\ #,##0.00\) �m/d/yy;@�[$-409]h:mm:ss\ AM/PM� 000\-00\-0000�� � �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� �� � � �+� �� �)� �� �,� �� �*� �� ���� ���� � � �� � � �  � � !� �!|@ @  �x@ @  � !<@ @ � �  (@ @ � � (@ @ � ��������� �������`�LClassic App Notes��!  ;�  ;��`i� ol+Beam Lead Device Bonding to Soft SubstratesThe Schottky Diode Mixer?2 GHz Balanced Mixer Using SOT-23 Surface Mount Schottky Diodes0A Low Cost Surface Mount PIN Diode Pi AttenuatorLow Cost Surface Mount Limiters&A Low Cost, Surface Mount X-Band Mixer>Low Cost Frequency Multipliers Using Surface Mount PIN Diodes1An SPDT PIN Diode T/R switch for PCN ApplicationsENon-RF Applications For The Surface Mount Schottky Diode Pairs HSMS-26Applications for the HSMP-3890 SMT Switching PIN DiodeDesigning the Virtual Battery"Designing Detectors for RF/ID TagsVThe Zero Bias Schottky Diode Detector at Temperature Extremes - Problems and Solutions.Linear Models for Diode Surface Mount PackagesILow Cost Mixer For The 10.7 To 12.8 GHz Direct Broadcast Satellite Market2Diode Detector Simulation Using EESOF ADS Software4Timing Considerations in Color Distribution NetworksTesting n x 64 Kb/s Services/Better Noise Measurements with the 588A & 3589A[Logic Analyzer Triggering Applications for the 16550A 100 MHz State / 500 MHz Timing Module?Minimizing Intrusion Effects When Probing with a Logic AnalyzerSDesigning a Custom Interface for a Logic Analyzer Using User Definable Design Tools8PC Network Connectivity with the 16500L Interface Module]Timing Characterization Using the 16517/18A with Intel Pentium Processor Measurement Examples*Electrostatic Discharge Damage and Control=Mounting Considerations for Packaged Microwave Semiconductors Pub NumberTitle App Note52-162-262-362-164-1C150-195-1358-9358-10358-11150-3150-4358-7358-1244D150-6150-7150-8150-9150-10150-11150-12150-13150-1452-252-457-263A63E200-1200-4369-10380-21210-1090B117-1117-2167-13200-2200-3243-4283-1283-2283-3286-1286-2339-1339-2339-3339-4339-5343-1343-2343-3355A358-13374-1378-1380-1397-1421-12421-19421-281244-163C356-1956-31211-2150-5163-1163-2164-3167-3167-9167-12167-14167-17167-18167-19229-10240-1270-1270-2343-4343-5343-6358-5358-8383-1401-131244-2133-1167-1167-2167-10167-11167-15167-16240-2245-1245-2245-3245-4245-5246-1246-2312-1313-2401-15401-16401-17401-19 5989-6171EN 5989-6183EN 5989-6187EN 5989-6188EN 5989-6189EN 5989-6184EN 5989-6185EN 5989-6186EN 5989-6190EN 5989-6191EN 5989-6194EN 5989-6193EN 5989-6192EN 5989-6195EN 5951-0062369-1369-2369-3369-4345-2357-2357-3369-6339-6339-7339-8339-9339-10339-11339-13339-14 5965-6630E 5954-9130(Spectrum Analysis.... Noise Measurements 5091-1596E 5989-6241EN 5989-6242EN 5989-6243EN 5989-6244EN 5989-6245EN41D 5989-6246EN!Noise Figure Measurement AccuracySpectrum Analysis'Fundamentals of the Electronic Counters,Fundamentals of Microwave Frequency Counters.Understanding Frequency Counter SpecificationsCOptimizing Electronic Component and Material Impedance Measurements 5989-6247EN 5989-6248EN 5989-6249EN 5989-6250EN 5989-6259EN 5989-6251EN 5989-6252EN 5989-6253EN 5989-6254EN 5989-6255EN 5989-6256EN 5989-6257EN 5989-6258EN 5952-3706E 5952-0912 5965-7661E 5965-7664E 5965-7660E 5950-2949 5950-2951 5950-2952 5950-2399243-2 5091-5444E 5951-0065 5952-0954 5952-1768 5952-8708 5954-2652 5950-2912 5950-2930 5950-2954 5091-2069E64-1A191-7956-1956-4956-5956-6957-1957-2957-3993-1 5952-7908 5954-2056 5965-8666E 5954-2079 5954-2107 5965-8668E 5091-0169E 5952-0487 5964-4236E 5952-8335 5964-3898E 5964-3902E 5952-0491 5952-8429 5952-0496 5963-0951E 5954-2112 5953-4424 5953-4435 5953-4442 5953-4444 5953-4446 5953-4449 5953-4454 5953-4492E 5091-9074E 5952-0709 5954-2227 5954-2073 5954-2090 5951-0064 5989-6287EN 5989-6288EN 5952-4020 5952-0918 5989-6290EN 5952-0651 5989-6291EN 5952-1000 5952-0533 5952-2153 5952-0607 5952-1043 5952-2196 5952-9280 5952-1109 5952-1147 5952-1168 5952-1230 5952-9205 5952-9210 5952-9229 5952-9234 5952-9235 5952-9250 5952-9269 5952-1869 5952-0843 5952-7558 5952-8142 5952-0846 5952-1939 5952-3940 5952-1989 5952-1990 5952-1991 5952-2012 5952-1996 5952-2001 5952-2002 5952-2003 5952-2004 5952-2025 5952-2036 5952-7334 5952-9200 5952-8147 5952-7507 5952-7561 5952-2040 5953-9883 5952-7098 5952-7120 5952-7091 5989-6304EN 5952-7250 5952-8767 5952-8768 5952-8800 5952-8804 5952-8805 5952-8815 5952-8838 5952-8765 5952-9273 5952-9350 5952-8203 5952-8217 5953-8435 5952-4957 5952-8208 5952-8245 5952-5034 5952-9517 5952-9316 5952-7635 5950-2928 5950-2856 5950-2882 5950-2925 5952-7887 5950-2935 5950-2977 5950-2908 5952-7863 5950-2918 5950-2919 5952-7871 5950-2922 5950-2923 5950-2924 5954-6365 5954-6367 5954-6366 5952-3703 5952-6471 5952-0800 5954-8369 5091-4777 5950-2932 5950-2933 5952-7999 5952-8001 5952-8002 5952-8003 5952-8004 5952-8005 5952-8006 5952-8007 5989-6318EN 5954-9563 5954-9564 5959-8215 5952-2019 5950-2975 5952-7253 5952-6675 5950-2390 5950-2396 5952-3698 5953-2812 5953-2814 5953-2815 5953-2816 5953-2818 5954-9649 5954-9658 5989-6342EN 5091-2496E 5091-4121E 5091-6908E 5091-8798E 5962-8620E 5091-8839E 5954-9642 5952-1130 5966-0449E 5091-4931E 5091-4934E 5966-4998E 5966-0164E 5962-9465E 5963-1247E 5966-0785E 5966-0786E 5966-0784E 5966-0399E 5966-2488E 5968-1885EA004R 5091-8803E 5091-8696EA006 5952-7769:5370B Universal Time Interval Counter Product Note 5370B-35370B-3Distortion and IntermodulationWaves on Transmission Lines/Square Wave and Pulse Testing of Linear Systems;A technique for calibrating phase shifters to high accuracy#Signal Generator Output AttenuatorsBasic Microwave Measurements$Measurement of Cable CharacteristicsAC Current Measurements3Microwave Measurements for Calibration Laboratories:Decreasing The Response Time of the Model 405 Input Filter,Continuous Monitoring of Radar Noise FiguresFCharacteristics and Use of Sampling Oscilloscope Probe and Accessories&Introduction to Microwave Measurements,Fundamentals of Time and Frequency Standards%Timekeeping and Frequency CalibrationJContribution of Clocks to the BIH's International Atomic Time Scale (IATS)Frequency and Time Standards!Microwave Mismatch Error AnalysisNoise Figure Primer*Loop Gain measurements with Wave Analyzers3Improving Time Domain Network Analysis Measurements'TDR Techniques for Differential SystemsAdvanced TDR TechniquesHTDR Fundamentals for Use With the 54120T Digitizing Oscilloscope and TDRMore on Spectrum Analysis(Measurement of White Noise Power DensityModern EMI Measurements3Fundamentals of RF and Microwave Power MeasurementsMicrowave Power MeasurementsSwept Frequency TechniquesUsing The 230A Power AmplifierLogic SymbologyDC Power Supply Handbook)Network Analysis At Microwave Frequencies?S-Parameter Techniques For Faster, More Accurate Network Design*S-Parameters...Circuit Analysis and Design?Direct-Type Frequency Synthesizers: Theory, Performance and Use-Antenna / Radome Boresight Error Measurements'Microwave Network Analyzer Applications@Stripline Component Measurements With the 8410A Network Analyzer6Dielectric Measurements With Time Domain Reflectometry*A New Technique For Pulsed RF Measurements"Floating Measurements and GuardingLogic Timing Measurements*Low Frequency Pulse Amplitude MeasurementsCAudio Frequency Measurements with the 8556A-8552B Spectrum Analyzer Fourier Analyzer Training Manual4Spectrum Analysis Amplitude and Frequency ModulationiSpectrum Analysis Swept Frequency Measurements and Selective < Frequency Counting with a Tracking Generator>Spectrum Analysis CRT Photography and X-Y Recording Techniques+Spectrum Analysis CATV Proof of Performance$Spectrum Analysis Signal Enhancement&Spectrum Analysis Accuracy Improvement*Spectrum Analysis Noise Figure Measurement,Spectrum Analysis Field Strength Measurement(Spectrum Analysis Distortion Measurement;Spectrum Analysis Using the 11517A External Mixer to 40 GHzNStimulus Response Measurements Using the 8565A Spectrum Analyzer From 2-18 GHz>Spectrum Analysis Using External Waveguide Mixers Above 40 GHzWPermeability, Permittivity and Conductivity Measurements with Time Domain Reflectometry%Techniques of Digital Troubleshooting)New Techniques of Digital Troubleshooting-New Techniques for Analyzing Phase Lock LoopsThe Logic Analyzer)Digital Triggering For Analog InstrumentsFunctional Digital Analysis?Functional Analysis of the Motorola M6800 Microprocessor System.Using the 1620A for Serial Pattern Recognition8Functional Analysis of Intel 8008 Microprocessor Systems:Functional Analysis of Fairchild F8 Microprocessor Systems=Role of Logic State Analyzers in Microprocessor Based Designs2Functional Analysis of 8080 Microprocessor Systems8Functional Analysis of Intel 4004 Microprocessor Systems8Functional Analysis of Intel 4040 Microprocessor Systems:Functional Analysis of National IMP Microprocessor SystemsIFunctional Analysis of National Semiconductor SC/MP Microprocessor SystemJSystematic "Turn-On" of Microprocessor Systems Using Logic State AnalyzersARecent Advances in Pulsed RF and Microwave Frequency Measurements!High Frequency Swept Measurements%5370B Universal Time Interval Counter1Automated Measurements Using the 436A Power Meter"Fundamentals of Quartz Oscillators*Fundamentals of Time Interval Measurements?Understanding and Measuring Phase Noise In the Frequency Domain,Oscilloscope Measurements in Digital SystemsWUsing the Configurable Graphics Memory in Your HP 7550A, 7580B, 7585B, or 7586B Plotter=Digital Signal Analysis: Feedback Control System Measurements:Improving the Accuracy of Structural Response Measurements?Digital Signal Analysis: Time and Frequency Domain Measurements9Measuring Switching Power Supply Stability with the 3562ABFundamentals of the z-Domain and Mixed Analog/Digital Measurements1Signal Averaging With the 3582A Spectrum AnalyzerAMeasuring the Coherence Function with the 3582A Spectrum Analyzer6Third Octave Analysis With The 3582A Spectrum Analyzer%Accessing the 3582A Memory With HP-IB*Log Sweep With the 3582A Spectrum Analyzer;Optimizing the Dynamic Range of the 3585A Spectrum Analyzer6Measuring Phase Noise with the 3585A Spectrum analyzerEUsing the 3585A Spectrum Analyzer With the 9825A Computing ControllerRExample of Automatic Measurement of Conducted EMI with the 8568A Spectrum AnalyzerGAutomated Noise Sideband Measurements Using the 8568A Spectrum AnalyzereApplications and Measurements of Low Phase Noise Signals Using the 8662A Synthesized Signal Generator>External Frequency Doubling of the 8662A Synthesized GeneratorQLow Phase Noise Applications of the 8662A and 8663A Synthesized Signal Generators&Successful Buried Cable Fault Locating;Applications and Operation of the 8901A Modulation AnalyzerVAccurate Mixer / Amplifier Compression Measurement Using the 8901A Modulation AnalyzerStimulus For Automatic Test.Configuration of a Two-Tone Sweeping GeneratoriTeaming Up a 5180A Waveform Recorder and a Spectrum Analyzer for New Time-Domain Measurement Capabilities/DC Parametric Analysis of Semiconductor DevicesIntroduction to SignalingXImpedance Characterization of Resonators Using the 4194A Impedance / Gain-Phase AnalyzerACharacteristic Impedance Measurement of PC Board Circuit Patterns9Crosstalk and Impedance Measurements of PC Board Patterns9Measuring the Characteristic Impedance of Balanced CablesNMulti-Frequency C-V Measurements and Doping Profile Analysis of Semiconductors#Static Head Testing for Disk Drives>Efficient Evaluation of LISNs and Voltage Probes for EMI Tests-Constant Current Measurements Using the 4194A6Negative impedance Measurements of Crystal Oscillators>Input-output Impedance and Reflection Coefficient Measurements5Filter Testing for Production and Incoming Inspection4Measuring the Dielectric Constant of Solid Materials Testing Switching Power SuppliesDParametric Analysis for Electronic Components and Circuit EvaluationVector Modulation Measurements7Dynamic Component Test Using Vector Modulation AnalysisEMeasuring Demodulator Image Rejection Using the 8980A Vector Analyzer:Vector Modulation Measurements Calibrated Microwave System=Testing Digital Microwave Receivers Using a Calibrated SourceUMicrowave Component Measurements Mixer Measurements Using the Scalar Network Analyzer1Guideline for Designing External DC Bias Circuits7Voltage and Time Resolution in Digitizing Oscilloscopes%Digital Radio Theory and MeasurementsGTechniques & Applications for High Throughput & Stable CharacterizationIHigh Speed DC Characterization of Semiconductor Devices From Sub pA to 1AMComplete S-Parameter and Distortion Measurement for Wide Band Video Amplifier,Advanced Filter Evaluation and Limit TestingMClock Rate Independent Jitter Measurements for Digital Communications Systems?Analyzing Phase-Locked Loop Transients in the Modulation Domain(Single Shot BPSK Signal Characterization@Modulation Domain Techniques for Measuring Complex Radar Signals7Characterizing Barker Coded Modulation in Radar Systems6Characterizing Chirp Coded Modulation in Radar SystemsOSimplify Frequency Stability Measurements with Built-in Allan Variance Analysis6Analyzing Phase-Locked Loop Capture and Tracking RangeSelecting A Jitter Test SetiJitter Tolerance Testing using External Phase or Frequency Modulated Sources and Bit Error Rate Test SetsCComplete BER and Protocol Testing on an ISDN Primary Rate Interface,Tantalum Electroyltic Capacitor Measurements?Impedance Measurements of Magnetic Heads using Constant CurrentDRecommending Electronic Manufacturers to Perform Incoming InspectionImpedance Testing Using Scanner*High Accuracy and Fast RF Inductor Testing+Manual Pattern Measurements Using the 8510B Harmonic Distortion Measurements2Dielectric Constant Measurement of Solid MaterialsEMeasuring Cable Parameters Precision LCR Meter and Impedance AnalysisKSimplification of DC Characterization and Analysis of Semiconductor Devices Signal Generator Spectral PurityISDN Testing TechniquesP3325A Synthesizer / Function Generator and 1000 Computer HP-IB Programming GuideL8672A Synthesized Signal Generator and 1000 Computer HP-IB Programming Guide>436A Microwave Power Meter and 1000 Computer Programming Guide@8620C Sweep Oscillator and 1000 Computer HP-IB Programming Guide?8660 Signal Generator and 1000 Computer HP-IB Programming GuideMaterials DevelopmentMissile System TestingReceiver Testing2Hot Carrier Diode: Theory, Design, and Application/Step Recovery Diode Frequency Multiplier Design7Pulse and Waveform Generation with Step Recovery Diodes>Harmonic Generation Using Step Recovery Diodes and SRD ModulesApplications of PIN Diodes Schottky Barrier Video Detectors!Ku-band Step Recovery MultipliersFast Switching PIN Diodes4Criterion for the Tangential Sensitivity Measurement Flicker Noise in Schottky DiodesSchottky Diode Voltage Doubler-Dynamic Range Extension of Schottky Detectors?Temperature Dependence of Schottky Detector Voltage Sensitivity,Broadbanding the Shunt Pin Diode SPDT Switch0Reducing The Insertion Loss Of A Shunt PIN Diode(Rectification Effects in PIN Attenuators6Impedance Matching Techniques for Mixers and Detectors%The Zero Bias Schottky Detector Diode6The HPND-4050 Beam Lead Mesa PIN In Shunt Applications5Broadband Microstrip Mixer Design the Butterfly Mixer3Handling and Bonding of Beam Lead Devices Made Easy+Comb Generator Simplifies Multiplier DesignXHow to Get More Output Power from a Comb Generator Module with the Ri<�ght Bias Resistance^Achieve High Isolation in Series Applications with the Low Capacitance HPND-4005 Beam Lead PINSquare Law and Linear DetectionIs Bias Current Necessary?+All Schottky Diodes are Zero Bias DetectorsStep Recovery Diode Doubler4Harmonic Mixing with the HSCH-5500 Series Dual DiodeBeam Lead Attachment Methods1Thermal Stress Relief In Beam Lead Diode Assembly�r�  �� [� t��R �O���Q �L���T�V�� �` +� � �| 7� �, � 2� �' � i� �K�e��M)���xS��8�s��X5���zU��:�u��\7���h��J� ra"��#F%�N&��'D�)�h+��,2�.0V0�h2� T4� `6� �8�%:�<y!>�@xAC EkFF�G@I�cc� �� <UnQYaiqy#�M�  dMbP?_*+�%�����M�\\wsrcip01\sona52��S�� odXXLetterPRIV�0''''�\K\K ���"dXX�?�?U} I } m} I } $ �Sort 1Sort 2Sort 3t$t   U��������� � � � � �������������������� � � ~ .@� �� �~ 0@� �� �~ 1@� �� �~ 3@� �� �~ 4@� �� �~ ;@� �� �~ >@� �� �~ A@� �� �~ C@� �� �� �� �� �~ E@� �� �� ,� �� t~ G@� �� �� � �� �� 6� �� �� 7� �� �~ J@� �� �~ L@� �� �� 8� �� �~ L@� �� �~ M@� �� �� !� �� �� � �� ��  � �� �~ O@� �� �� 9� �� �� ^� �� �� :� �� �~ O@� �� �� �� �� �� "� �� ��D�l******************************* �!�"�#�$�%�&�'�(�)�*�+�,�-�.�/�0�1�2�3�4�5�6�7�8�9�:�;�<�=�>�?�~ P@� �� ~ !@P@� !�� !�~ "S@� "�� "�~ #V@� #�� #~ $V@� $�� $ ~ %W@� %�� %�� &$� &�� &�~ 'W@� '�� ' ~ 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