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eBay The General Radio Experimenter Manuals General Radio Company (later, GenRad) was a broad-line manufacturer of electronic test equipment. Started in Cambridge, Massachusetts in 1915 by Melville Eastham, the company moved to West Concord in the 1950s. There, it became a major player in the automatic test equipment (ATE) business, manufacturing a line of testers for assembled printed circuit boards. It also produced extensive lines of electrical component measuring equipment, sound and vibration measurement and RLC standards. The classic GenRad instrument line including RLC standards and decades, Digibridges, LCR meters, megohmmeters, stroboscopes, and sound level meters continues to be manufactured and supported by IET Labs, Inc. in West Roxbury, MA. Among General Radio’s accomplishments over the years have been: The introduction of one of the world’s first portable oscilloscopes The production of many high-precision standards for resistance and capacitance The commercial production of the stroboscope as the Strobotac The commercial production of the sound level meter Commercial invention of the binding post. Invention of the GR connector The Variac variable autotransformer If you are a collector missing back issues, an enthusiast just catching up or a new comer in need of the manuals and want to view this amazing collection now is your chance to own it for amazingly little. This is the largest collection available anywhere for only 2 cents each! Full Contents of DVD 1926 Announcing a New General Radio Service for Experimenters – GenRad Experimenter 1926 The “B” Battery Eliminator – GenRad Experimenter July 1926 The Design and Use of the Speaker Filter- GenRad Experimenter Aug 1926 The Status of “A” Battery Retrofit Elimination – GenRad Experimenter Oct 1926 An Effective Method of Measuring Amplification Nov 1926 – GenRad Experimenter Nov 1926 An Effective Method of Measuring Amplification Nov 1926 – GenRad Experimenter Dec 1926 1927 Design And Testing Of Plate Supply Devices – GenRad Experimenter Jan 1927 A Study Of Coil Resistances At 40 Meters – GenRad Experimenter Feb 1927 A Discussion Of Condenser Plate Shapes – GenRad Experimenter March 1927 New Tubes For Old – GenRad Experimenter April 1927 A Review Of Coupling Methods – GenRad Experimenter May 1927 The Design And Use Of The Radio Frequency Choke – GenRad Experimenter June 1927 Compete A.C. Operation A Practical Reality – GenRad Experimenter July 1927 Further Data On New A.C. Tubes – GenRad Experimenter Aug 1927 Unique Method Of Voltage Control Adapts Unit To Any Standard Type Of Receiver – GenRad Experimenter Sept 1927 Power Amplification – GenRad Experimenter Oct 1927 An A.C. Operated Amplifier With A High Quality Power Output – GenRad Experimenter Nov 1927 Factors Governing The Choice Of Power Tubes – GenRad Experimenter Dec 1927 1928 The Development and Use of the Hydrophone – GenRad Experimneter Jan 1928 Equipment of the Service Laboratory GenRad Experimenter Feb 1928 Factors Concerning the Use of the Type UX 250 Power Amplifier Tube – GenRad Experimenter March 1928 A Phonograph Amplifier – GenRad Experimenter April 1928 The Development and Use of the Hydrophone – GenRad Experimenter May 1928 Magneto-Striction Oscillators – GenRad Experimenter June 1928 A Direct to Consumer Policy – GenRad Experimenter July 1928 Magnetostriction Oscillators – GenRad Experimenter Aug 1928 Notes on Group Address Systems – GenRad Experimenter Sept 1928 The Development and Use of the Hydrophone – GenRad Experimenter Oct 1928 Rating of Radio Receiviers – GenRad Experimente Nov 1928 How and Why the Talkies – GenRad Experimenter Dec 1928 1929 Units of Electrical Transmission – GenRad Experimenter Jan 1929 A New Relay – GenRad Experiimenter Feb 1929 Frequency Determination – GenRad Experimenter March 1929 A New Frequency Standard – GenRad Experimenter April 1929 Permalloy – GenRad Experimenter May 1929 Production Testing of Audio-Frequency Amplifiers – GenRad Experimenter June 1929 The Importance of Mutual Conductance in Testing Vacuum Tubes – GenRad Experimenter July-Aug 1929 Improving The Precision of Setting In A Tuned-Circuit Wavemeter – GenRad Experimenter Sept 1929 A Low-Frequency Oscillator – GenRad Experimenter Oct 1929 Notes On Power Measurement In Communication Circuits – GenRad Experimenter Nov 1929 Television: A Comparison With Other Kinds of Electrical Communication – GenRad Experimenter Dec 1929 1930 An Equal-Arm Capacitance Bridge – GenRad Experimenter Jan 1930 Piezo-Electric Quartz Plates – GenRad Experimenter Feb 1930 The Standard-Signal Method of Measuring Receiver Characteristics – GenRad Experimenter March 1930 A Tuning-Fork Audio Oscillator – GenRad Experimenter April 1930 Th Dynatron – GenRad Experimenter May 1930 We Celebrate A Birthday – GenRad Expermenter June 1930 The Continuous Recording of Pulse Rates – GenRad Experimenter July 1930 Accuracy Considerations In The Use of Tuned-Circuit Wavemeters – GenRad Experimenter Aug 1930 Electrically-Driven Tuning Forks – GenRad Experimenter Sept 1930 The Frequency Stability of Piezo-Electric Monitors – GenRad Experimenter Oct 1930 The Frequency Stability of Piezo-Electric Monitors II – GenRad Experimenter Nov 1930 The New Home of The Engineering Department – GenRad Experimenter Dec 1930 1931 Field Intensity Measurements – GenRad Experimenter Jan 1931 Attenuation Measurements On Telephone And Telegraph Lines – GenRad Experimenter Feb 1931 Modulation Measurements On Broadcast Transmitters – GenRad Experimenter March 1931 A Continuous-Film Camera For The Oscillograph – GenRad Experimenter April 1931 Electron Oscillations – GenRad Experimenter May 1931 Volume Control In Voice Circuits – GenRad Experimenter June 1931 What’s New In Radio – GenRad Experimenter July 1931 Speeding Up The Standard Signal Generator – GenRad Experimenter Aug 1931 Some Uses For A Precision Chronograph – GenRad Experimenter Sept 1931 Thermocouples – GenRad Experimenter Oct 1931 A Bridge-Type Frequency Meter – GenRad Experimenter Nov 1931 A Piezo-Electric Oscillator of Improved Stability – GenRad Experimenter Dec 1931 1932 A Universal Bridge – GenRad Experimenter Jan 1932 Frequency Characteristics – GenRad Experimenter Feb 1932 The Michelson Velocity of Light Experiment – March 1932 Testing Radio Receivers On The Assembly Line – GenRad Experimenter April 1932 New Measuring Instruments – GenRad Experimenter May 1932 Waveform Studies With The Cathode-Ray Oscillograph – GenRad Experimenter June 1932 Bridge Methods For Measurements At Radio Frequencies – GenRad Experimenter July 1932 Telephone Transmission Measurements – GenRad Experimenter Aug 1932 Inexpensive Noise-Measuring Equipment – GenRad Experimenter Sept 1932 The Wavemeter Yields – GenRad Experimenter Oct 1932 A Signal Generator For The New Receiver Tests – GenRad Experimenter Nov 1932 The Stroboscope – GenRad Experimenter Dec 1932 1933 Recent Developments In Mica Condensers – GenRad Experimenter Jan 1933 Mixer Controls For Dynamic Microphones And Ribbon Microphones – GenRad Experimenter Feb 1933 Mixer Circuits That Work – GenRad Experimenter March 1933 The Convenient Measurement Of C, R, And L – GenRad Experimenter April-May 1933 Some Improvements In Cathode-Ray Oscillographs – GenRad Experiimenter June-July 1933 Chronograph Measurements In Chemistry – GenRad Experimenter Aug-Sept 1933 Simplifying Experimental-Equipment Construction – GenRad Experimenter Oct 1933 Cathode-Ray Oscillographs And Their Applications – GenRad Experimenter Nov 1933 Improvements In Radio-Frequency Bridge Methods For Measuring Antennas And Other Impedances – GenRad Experimenter Dec 1933 1934 Recent Developments In Frequency Standards – GenRad Experimenter Jan-Feb 1934 The Measurement Of A Small Inductance – GenRad Experimenter March 1934 The General Radio-Hazeltine Reactance Meter – GenRad Experimenter April 1934 How Dials Are Made – GenRad Experimenter May 1934 New Developments In Electron Oscillography – GenRad Experimenter June 1934 Impedance Matching – GenRad Experimenter July-Aug 1934 Power Factor Measurements In Oil Analysis – GenRad Experimenter Sept-Oct 1934 A New Moving-Film Camera – GenRad Experimenter Nov-Dec 1934 1935 Monitoring of Broadcasting Stations Part I – GenRad Experimenter Jan 1935 Monitoring of Broadcasting Stations Part II – GenRad Experimenter Feb 1935 Waveform Errors In The Measurement Of Filter Characteristics – GenRad Experimenter Mar 1935 Using The Noise Meter With A Vibration Pickup – GenRad Experimenter April 1935 An Improved Audio Oscillator – GenRad Experimenter May 1935 A Review Of 20 Years Of Progress In Communication-Frequency Measurements – GenRad Experimenter June 1935 Wide-Range Transformers – GenRad Experimenter July 1935 A New Stroboscope For Speed Measurements – GenRad Experimenter Aug 1935 An A-C Operated Resistance-Coupled Amplifier – GenRad Experimenter Sept 1935 Shielded Transformers For Impedance Bridges – GenRad Experimenter Oct 1935 Waveform Errors In The Measurement Of Power Transformer Losses – GenRad Experimenter Nov 1935 The New Modulation Monitors – Dec 1935 1936 A New Precision Condenser – GenRad Experimenter Jan 1936 Measurement Of The Impedance Of The Human Body – GenRad Experimenter Feb 1936 A New Precision Wavemeter – GenRad Experimenter March 1936 Better Mixer Controls – GenRad Experimenter April 1936 A Precision Tuning Fork – GenRad Experimenter May 1936 A Modern Standard-Signal Generator – GenRad Experimenter June 1936 Quiet, Please – GenRad Experimenter July-Aug 1936 Convenience In Noise Measurement A Really Portable Sound Level Meter – GenRad Experimenter 1936 Losses In Audio-Frequency Coils – GenRad Experimenter Nov 1936 An Audio-Frequency Schering Bridge – GenRad Experimenter Dec 1936 1937 The Measurement Of Mutual Inductance – GenRad Experimenter Jan 1937 Building Into An Air Condenser – GenRad Experimenter Feb 1937 Tuning The Type 814-A Amplifier – GenRad Experimenter March 1937 Distortion Measurements In The Broadcasting Station – GenRad Experimenter April 1937 Type 726-A Vacuum – Tube Voltmeter – GenRad Experimenter May 1937 A High-Frequency Voltage Standard – GenRad Experimenter June 1937 The Megohm Bridge – GenRad Experimenter July 1937 A New Instrument And A New Circuit For Coil Or Condenser Checking – GenRad Experiment Aug-Sept 1937 A Peak-Reading Power-Level Indicator For Monitoring Broadcast & Sound Recording Circuits – GenRad Experimenter Oct 1937 A Radio-Frequency Source For The Laboratory – GenRad Experimenter Nov 1937 Noise Steps Out – GenRad Experimenter Dec 1937 1938 Connection Errors In Capacitance Measurements – GenRad Experimenter Jan 1938 A Frequency-Limit Monitor For The High-Frequency Bands – GenRad Experimenter Feb 1938 Modern Improvements For The Beat-Frequency Oscillator – GenRad Experimenter March 1938 A-C Operation For Type 613-B Beat-Frequency Oscillator – GenRad Experimenter April 1938 The Variac Transformer – GenRad Experimenter May 1938 A Wide-Range Capacitance Test Bridge – GenRad Experimenter June 1938 Radio Receiver Tests With Type 732-A Distortion And Noise Meter – GenRad Experimenter July 1938 The Type 726-A Vacuum-Tube Voltmerer As A Radio-Freqency Ammeter – GenRad Experimenter Aug-Sept 1938 A High-Frequency Model Of The Precision Condenser – GenRad Experimenter Oct-Nov 1938 The New Wave Analyzers – Some Of Its Features – GenRad Experimenter Dec 1938 1939 A Beat-Frequency Oscillator For Wide-Band Measurements – GenRad Experimenter Jan 1939 A-C Operated Direct-Current Amplifier For Industrial Use – GenRad Experimenter Feb 1939 A Low-Distortion Oscillator – GenRad Experimenter April 1939 A 500-Volt Megohm Bridge – GenRad Experimenter June 1939 New Models Of The Variac – GenRad Experiementer July 1939 A New Condenser For High-Frequency Circuits – GenRad Experimenter Aug 1939 Network Testing With Square Waves – GenRad Experimenter Dec 1939 1940 A Broadcast Frequency Monitor For The 20-Cycle Rule – GenRad Experimenter Jan 1940 Routine Frequency Measurements To 0.005% – GenRad Experimenter Feb 1940 A Guard Circuit For Capacitance Bridge Measurements – GenRad Experimenter March 1940 Transient Response Of A Broadcast System – GenRad Experimenter April 1940 A Voltage Multiplier For Use With The Vacuum-Tube Voltmeters At Radio Frequencies – GenRad Experimenter May 1940 The General Radio Company – GenRad Experimenter June 1940 A Portable Megohmmeter – GenRad Experimenter July 1940 1941 A New Null Instrument For Measuring High-Frequency – GenRad Experimenter Jan 1941 An Improved Ultra-High Frequency Signal Generator – GenRad Experimenter Feb 1941 Deliveries – GenRad Experimenter March 1941 Instrument Specifications – GenRad Experimenter April 1941 Radio-Frequency Characteristics Of The Type 726-A Vacuum Tube Voltmeter – GenRad Experimenter May 1941 The Vibration Meter-A New Electronic Tool For Industry – GenRad Experimenter June 1941 Impedence Bridges Assembled From Laboratory Parts – GenRad Experimenter July 1941 Impedence Bridges Assembled From Laboratory Parts-Part II – GenRad Experimenter Aug 1941 1942 An A-C-Operated Power Supply For The Sound-Level Meter – GenRad Experimenter Jan 1942 The Measurement & Analysis Of Linear & Torsional Vibrations With Electronic Instruments – GenRad Experimenter Feb 1942 How Good Is An Iron-Cored Coil? – GenRad Experimenter March 1942 Increased Power-Factor Range For The Capacitance Bridge – GenRad Experimenter April 1942 The Type 727-A Vacuum-Tube Voltmeter-A Portable Battery-Operated Instrument – GenRad Experimenter May 1942 Antenna Measurements With The Radio-Frequency Bridge – GenRad Experimenter June 1942 Bringing The Beat-Frequency Oscillator Up To Date – GenRad Experimenter July 1942 A New R-F Bridge For Use At Frequencies Up To 60 MC – GenRad Experimenter Aug 1942 A General Purpose Wavemeter – GenRad Experimenter Sept. 1942 Frequency Characteristics Of Decade Condensers – GenRad Experimenter Oct 1942 Progress In Signal Generator Design – GenRad Experimenter Nov 1942 Order Now For Future Delivery – GenRad Experimenter Dec 1942 1943 The Noise Primer – GenRad Experimenter Jan 1943 The Noise Primer-Part III -The Decibel-What Is it? – GenRad Experimenter Feb 1943 General Radio Company Wins Army-Navy “E” – GenRad Experimenter March 1943 The Noise Primer Part VI-Analysis Of Noise – GenRad Experimenter April 1943 WPB Order M-293 – GenRad Experimenter May 1943 The Noise Primer Part IX-Vibration And Sound – GenRad Experimenter June 1943 The Noise Primer Part XII – GenRad Experimenter July 1943 The Effect Of Humidity On Electrical Measurements – GenRad Experimenter Aug 1943 Identification Of Harmonics In A Harmonic Series – GenRad Experimenter Sept 1943 Calibration Of Equipment In The Low & Medium Radio-Frequency Ranges, In Small Steps Of Frequency – GenRad Experimenter Oct 1943 General Radio Opens Chicago Office – GenRad Experimenter Nov 1943 Measurements Of The Characteristics Of Transmission Lines-Part II – GenRad Experimenter Dec 1943 1944 The Communications Receiver As A Wave Analyzer – GenRad Experimenter Jan 1944 Motor Speed Control With The Variac – GenRad Experimenter Feb 1944 New Chairs–Same People – GenRad Experimenter March 1944 A Bridge-Controlled Osicllator – GenRad Experimenter April 1944 Random Emission Compensation – GenRad Experimenter May 1944 New Entrance–Same Location – GenRad Experimenter June-July 1944 Notes On The Design Of Temperature Control Units – GenRad Experimenter Aug 1944 A Method For Measuring Small Direct Capacitances – GenRad Experimenter Sept 1944 The Butterfly Circuit – GenRad Experimenter Oct 1944 A 500-MC Oscillator – GenRad Experimenter Nov 1944 A D-C Vacuum-Tube Voltmeter – GenRad Experimenter Dec 1944 1945 Fifth Army-Navy “E” Award To General Radio Company – GenRad Experimenter Jan-Feb 1945 High Frequency Compensation For Amplifiers – GenRad Experimenter March 1945 Microflash Shows Flight Defects In Projectiles – GenRad Experimenter April 1945 Vacuum-Tube And Crystal Rectifiers As Galvanometers And Voltmeters At Ultra-High Frequencies – GenRad Experimenter May 1945 Development Engineering At The General Radio Company – GenRad Experimenter June 1945 A Heterodyne Frequency Meter For 10 To 3,000 Megacycles – GenRad Experimenter July-Aug 1945 A Precision Tuning Fork With Vacuum-Tube Drive – Genrad Experimenter Sept 1945 A Wavemeter For 240 To 1200 Megacycles – GenRad Experimenter Oct 1945 An Improved Megohmmeter for A-C Operation – GenRad Experimenter Nov/Dec 1945 1946 The Series And Parallel Components Of Impedance – GenRad Experimenter Jan 1946 The Constant Waveform Frequency Meter – GenRad Experimenter Feb 1946 A Convenient Amplifier And Null Detector – GenRad Experimenter March 1946 Have You A Type 650 Impedance Bridge? – GenRad Experimenter April 1946 V-5 Series Variacs–New, Improved Models Repalce 200-C Series – GenRad Experimenter May 1946 Output Systems Of Signal Generators – GenRad Experimenter June 1946 V-10 Series Variacs-New, Standard Models Intermediate Between 200-C & 100 Series-GenRad Experimener July-Aug 1946 A New Vacuum-Tube Voltmeter – GenRad Experimenter Sept 1946 A Peak-Reading Voltmeter For The U-H-F Ranges – GenRad Experimenter Oct 1946 The New Broadcast Monitoring Equipment – GenRad Experimenter Nov 1946 Decade Voltage Divider Now Available – GenRad Experimenter Dec 1946 1947 General Radio Enlarges Plant – GenRad Experimenter Jan 1947 A Versatile Monitor For Use From 1.6 To 150 Megacycles – GenRad Expermenter Feb 1947 Search Receivers For Radar Countermeasures – GenRad Experimenter March 1947 A Wide-Frequency-Range Capacitance Bridge – GenRad Experimenter April 1947 Connection Errors In Capacitance Measurements – GenRad Experimenter May 1947 Increased Accuracy For The Precision Condenser – GenRad Experimenter June 1947 A Counting-Rate Meter For Radioactivity Measurements – GenRad Experimenter July-Aug 1947 Dr. Beranek Becomes General Radio Consultant On Acoustics – GenRad Experimenter Sept 1947 Type 1170-A F-M Monitor For Broadcast And Television Services – GenRad Experimenter Oct 1947 A Wide-Range Oscillator For Audio And Supersonsonic Frequencies – GenRad Experimenter Nov 1947 V-20 Series Variacs–New, Standard Models Replace 100 Series–Ratings Increased – GenRad Experimenter Dec 1947 1948 Sensitivity Of The Type 916-A Radio-Frequency Bridge – GenRad Experimenter Jan 1948 A Bridge-Type Audio-Frequency Meter – GenRad Experimenter Feb 1948 On The Equivalent Circuit And Performance Of Plated Quartz Bars – GenRad Experimenter March-April 1948 A Voltage Mutiplier For The Vacuum-tube Voltmeter – GenRad Experimenter May 1948 Making A Good Instrument Better – GenRad Experimenter June 1948 A Wide-Range Capacitance Test Bridge – GenRad Experimenter July 1948 The Type 1670-A Magnetic Test Set – GenRad Experimenter Aug 1948 A Frequency Monitor For Television Video Transmitter – GenRad Experimenter Sept 1948 A Radically New Coaxial Connector For The Laboratory – GenRad Experimenter Oct 1948 A Compact Radio-Frequency Capacitance Measuring Instrument – GenRad Experimenter Nov 1948 The Interpolating Frequency Standard – GenRad Experimenter Dec 1948 1949 Measurements On I-F Transformers With The Type 916-A R-F Bridge – GenRad Experimenter Jan 1949 A Crystal Mode Indicator – GenRad Experimenter Feb 1949 A New Bridge For Impedance Measurements At Frequencies Between 50 Kilocycles & 5 Megacycles – GenRad Experimenter March 1949 Variac Motor Speed Controls – GenRad Experimenter April 1949 A High-Power, Low-Speed Stroboscope – GenRad Experimenter May 1949 Distortion Measurement In The Broadcasting Station – GenRad Experimenter June 1949 A New Decade Inductor – GenRad Experimenter July 1949 Measuring Noise Levels On Frequency-Modulated Transmitters – GenRad Experimenter Aug 1949 General Purpose A-M Standard-Signal Generator – GenRad Experimenter Sept 1949 A Smaller Variac Speed Contro – GenRad Experimenter Oct 1949 A Simple Standard-Signal Generator For F-M Broadcast Use – GenRad Experimenter Nov 1949 A Precision Attenuator Having A Wide Frequency Range – GenRad Experimenter Dec 1949 1950 Simple, Complete Coaxial Measuring Equipment For The U-H-F Range – GenRad Experimenter Jan 1950 A New Bridge For The Measurement Of Impedance Between 10 And 165 MC – GenRad Experimenter Feb 1950 A Standard-Signal Generator For Frequencies Between 50 And 920 MC – GenRad Experimenter March 1950 The Type 1803-A Vacuum-Tube Voltmeter A Quality Product At A Moderate Price – GenRad Experimenter April 1950 A Direct-Reading Impedance-Measuring Instrument For the U-H-F Range – GenRad Experimenter May 1950 35 Years Of Instrument Manufacture – GenRad Experimenter June 1950 A Bolometer Bridge For The Measurement Of Power At High Frequencies – GenRad Experimenter July 1950 An Audio-Frequency Signal Generator For Non-Linear Distortion Tests – GenRad Experimenter Aug 1950 Improvements In The Counting-Rate Meter – GenRad Experimenter Sept 1950 Light Meter For Electronic Flash Photography – GenRad Experimenter Oct 1950 U-H-F Measurements With The Type 874-LB Slotted Line – GenRad Experimenter Nov 1950 A Wide-Frequency-Range Bridge Oscillator – GenRad Experimenter Dec 1950 1951 A Versatile Power Amplifier – Jan 1951 Type 1612-AL R-F Capacitance Meter – GenRad Experimenter Feb 1951 Intermodulation Distortion – GenRad Experimenter March 1951 A Dynamic Microphone For The Sound-Level Meter – GenRad Experimenter April 1951 An Improved Variac Speed Control – GenRad Experimenter May 1951 The New Type 1432 Decade Resistors – GenRad Experimenter June 1951 New Unit Instruments Power Supplies-Modulator – GenRad Experimenter July 1951 A Sample Holder For Solid Dielectric Materials – GenRad Experimenter Aug 1951 An Octave-Band Analyzer For Noise Measurements – GenRad Experimenter Sept 1951 A New Push-Pull Amplifier Circuit – GenRad Experimenter Oct 1951 A 500-Volt Megohmmeter For Insulation Testing – GenRad Experimenter Nov 1951 A Generator Of Electrical Noise – GenRad Experimenter Dec 1951 1952 Versatile Resistance Limit Bridge Doubles As Laboratory Standard – GenRad Experimenter Jan 1952 The Unit Crystal Oscillator–A Simplified Frequency Standard For The Small Laboratory – GenRad Experimenter Feb 1952 Type 1551-A Sound-Level Meter – GenRad Experimenter March 1952 The Sound-Survey Meter – GenRad Experimenter April 1952 A Three-Quarter Horespower Variac Motor Speed Control – GenRad Experimenter May 1952 Standardized Terminals And Connectors – GenRad Experimenter June 1952 Standardized Terminals And Connectors Part II – GenRad Experimenter July 1952 A Guard Circuit For The Capacitance Bridge – GenRad Experimenter Aug 1952 The Vacuum-Tube Bridge And Its Accessories – GenRad Experimenter Sept 1952 New Coaxial Accessories–Adpaptors, Line Stretcher, Component Mount, Balun, Terminations, And Insertion Unit – GenRad Experimenter Oct 1952 A New Series Of Standard Inductors – GenRad Experimenter Nov 1952 A New Comparison Bridge For The Rapid Testing Of Components – GenRad Exeperimenter Dec 1952 1953 A New Unit Oscillator-50 To 250 Mc (Type 1215-A) – GenRad Experimenter Jan 1953 Type 1212-A Unit Null Detector – GenRad Experimenter Feb 1953 Transistor Measurements With The Vacuum-Tube Bridge – GenRad Experimenter March 1953 A New Standard Of Reliability In Variable Autotransformers Variac With Duratrak – GenRad Experimenter April 1953 A New 2-Ampere Variac Twice The Power For The Same Price – GenRad Experimenter May 1953 Approximate Frequency Analysis From Weighting-Network Data In Acoustic Noise Measurements – GenRad Experimenter June 1953 A Simplified System Of Wave Analysis For Production Testing – GenRad Experimenter July 1953 Improved Accuracy And Convenience Of Measurements With Type 1602-B Admittance Meter In VHF And UHF Bands – GenRad Experimenter Aug 1953 A Unit Oscillator For The 0.5- To 50-MC Range – GenRad Experimenter Sept 1953 New Adaptors For VHF And UHF-TV Coaxial Transmission Lines – GenRad Experimenter Oct 1953 A Laboratory Amplifier For Audio And Ultrasonic Frequencies – GenRad Experimenter Nov 1953 Five New Variac Speed Controls Round Out The Line – GenRad Experimenter Dec 1953 1954 New Precision Capacitors – GenRad Experimenter Jan 1954 Come To The Fair – GenRad Experimenter Feb 1954 Pulses In A Small Package-A Pulse Generator For The Unit Line – GenRad Experimenter March 1954 A Balanced Modulator For Pulse Applications – GenRad Experimenter April 1954 A New Sensitive, High-Frequency General-Purpose Detector – GenRad Experimenter May 1954 The Type 1304-B Beat-Frequency Audio Generator – GenRad Experimenter June 1954 An Accurate, High-Speed, Automatic Line-Voltage Regulator – GenRad Experimenter July 1954 A Pocket-Size Transistor Oscillator For Audio-frequency Testing – GenRad Experimenter Aug 1954 Sound Measurements At Very High Levels – GenRad Experimenter Sept 1954 Unmounted Motor Speed Controls For Assembly Into Other Equipment – GenRad Experimenter Oct 1954 Motor Drives For Precisions Dials And Beat-Frequency Oscillators – GenRad Experimenter Nov 1954 Improved Slotted Line Increases Accuracy And Convenience Of Coaxial Line Measurements – Dec 1954 1955 The New 970-Series Potentiometers – High-Quality Performance At Moderate Prices – GenRad Experimenter Jan 1955 A 900-2000 Mc Unit Oscillator – GenRad Experimenter Feb 1955 A Standard Signal Generator For The 900- To 2000-MC Range – GenRad Experimenter March 1955 A New System For Automatic Data Display – GenRad Experimenter April 1955 Unit R-C Oscillator – 20 Cycles to 500 KC – GenRad Experimenter May 1955 1915-1955 – GenRad Experimenter June 1955 The Type 1603-A Z-Y Bridge – GenRad Experimenter July 1955 An Accurate Voltage Divider For DC And Audio Frequencies – GenRad Experimenter Aug 1955 A Calibrator For Aircraft Fuel Gages – GenRad Experimenter Sept 1955 New Variac Speed Controls In 1 And 1 1/2 hp Ratings – GenRad Experimenter Oct 1955 A New Circuit For Amplitude Comparison – GenRad Experimenter Nov 1955 The Type W5 Variac-A New And Better Variable Autotransformer – GenRad Experimenter Dec 1955 1956 New Models Of The “Stripped-Down” Variac Speed Controls – GenRad Experimenter Jan 1956 The Measurement Of Impact Noise – GenRad Experimenter Feb 1956 A New, High-Sensitivity Electrometer – GenRad Experimenter March 1956 A High-Precision Impedance Comparator – GenRad Experimenter April 1956 A Versatile Generator For Time-Domain Measurements – GenRad Experimenter May 1956 A High-Precision Calibrator For Frequency And Time – GenRad Experimenter June 1956 New Decade Capacitors With Polystyrene Dielectric – GenRad Experimenter July 1956 Motor Drives For W-Series Variacs – GenRad Experimenter Aug 1956 New Television Transmitter Monitor – GenRad Experimenter Sept 1956 A New Type Of Variable Delay Line – GenRad Experimenter Oct 1956 Militarized Line Voltage Regulator – GenRad Experimenter Nov 1956 Random Noise Sweep Drives – GenRad Experimenter Dec 1956 1957 The Sound-Level Meter As An Audio-Frequency Voltmeter And Amplifier – GenRad Experimenter Jan 1957 Radio Engineering Show-San Francisco Office – GenRad Experimenter Feb 1957 G-R Instruments Are Built To Last – GenRad Experimenter March 1957 New “50” Size Variacs-Types W50 And W50H – GenRad Experimenter April 1957 The Measurement Of Cable Characteristics – GenRad Experimenter May 1957 The Measurement Of Cable Characteristics (Part II) – GenRad Experimenter June 1957 New, Silvered-Mica, Standard Capacitors, Type 1409 – GenRad Experimenter July 1957 The Measurement Of Cable Characteristics (Part IV) – GenRad Experimenter Aug 1957 The Phase Angle Of Potentiometers Used As Rheostats – GenRad Experimenter Sept 1957 Transistor Testing With Type 874 Coaxial Elements – GenRad Experimenter Oct 1957 Automatic Testing Of Printed-Circuit Components For The IBM Sage Computer – GenRad Experimenter Nov 1957 On The Tracking Of Satellites – GenRad Experimenter Dec 1957 1958 A New Unit Oscillator, 180 To 600 Mc – GenRad Experimenter Jan 1958 The Type P-582 Capacitance Bridge – GenRad Experimenter Feb 1958 A Transfer-Function Meter For The VHF-UHF Range – GenRad Experimenter March 1958 New Broadcast Monitors Add Convenience In Operation And Maintenance – GenRad Experimenter April 1958 The Measurement Of Dielectric Properties In The 200-5000 MC Range – GenRad Experimenter May 1958 Standard Time Signals – GenRad Experimenter June 1958 New Standard Frequency Multipliers – GenRad Experimenter July 1958 The Type W20-A New 20-Ampere Variac Autotransformer – GenRad Experimenter Aug-Sept 1958 Improved Performance Plus A New Look For The Sound-Level Meter – GenRad Experimenter Oct 1958 Complete Assembly For Capacitance Measurements At One Megacycle – GenRad Experimenter Nov 1958 How To Kill Time-Accurately! – GenRad Experimenter Dec 1958 1959 New Type W10 Variac Autotransformer – GenRad Experimenter Jan 1959 An Improved Pulse Generator With 15-Millimicrosecond Rise Time – GenRad Experimenter Feb 1959 A New Universal Impedance Bridge – GenRad Experimenter March 1959 A Militarized, Three-Phase, Line-Voltage Regulator – GenRad Experimenter April 1959 Type 1607-A Transfer-Function And Immittance Bridge – GenRad Experimenter May 1959 A Graphic Level Recorder With High Sensitivity And Wide Ranges – GenRad Experimenter June 1959 A Close Look At Connection Errors In Capacitance Measurements – GenRad Experimenter July 1959 The Type 1305-A Low-Frequency Oscillator – GenRad Experimenter Aug-Sept 1959 A Time/Frequency Calibrator Of Improved Stability – GenRad Experimenter Oct 1959 A Bridge For The Precise Measurement Of Inductance – GenRad Experimenter Nov 1959 A New Analyzer For Sound And Vibration – GenRad Experimenter Dec 1959 1960 A New Generator Of Random Electrical Noise – GenRad Experimenter Jan 1960 A Beat-Frequency Generator For Audio, Ultrasonic, And Video Frequencies – GenRad Experimenter Feb 1960 General Radio At Concord – GenRad Experimenter March 1960 Impedance Comparator Adaptable To Many Kinds Of Measurements And Tests – GenRad Experimenter April 1960 Rapid VSWR Measurements With The Admittance Meter – GenRad Experimenter May 1960 Standards And Accuracy – GenRad Experimenter June 1960 Measurements Of The Equivalent-Circuit Parameters Of Tunnel Diodes – GenRad Experimenter July-Aug 1960 New Eyes For Modern Industry – The Type 1531-A Strobotac – GenRad Experimenter Sept 1960 Connection Errors In Inductance Measurement – GenRad Experimenter Oct 1960 Little Dithers – A Small, Self-Contained, Self-Excited Vibration Calibrator – GenRad Experimenter Nov-Dec 1960 1961 An Analog Frequency Meter For Modern Measurements – GenRad Experimenter Jan-Feb 1961 A New UHF Signal Source – GenRad Experimenter March 1961 The New GR Frequency Standard – GenRad Experimenter April 1961 A Frequency Counter With A Memory And With Built-In Reliability – GenRad Experimenter May 1961 A New 10-Microfarad Capacitance Standard – GenRad Experimenter June 1961 A Tuned Amplifier And Null Detector With One-Microvolt Sensitivity – GenRad Experimenter July 1961 Type 1551-C Sound-Level Meter – GenRad Experimenter Aug 1961 A Remote Control For Variac Autotransformers – GenRad Experimenter Sept 1961 New And Improved Coaxial Connectors – GenRad Experimenter Oct 1961 The Type 1553-A Vibration Meter – GenRad Experimenter Nov 1961 Frequency Stability Measurements Of Standard-Signal Generators – GenRad Experimenter Dec 1961 1962 A Test Oscillator For S-Band Measurements – GenRad Experimenter Jan-Feb 1962 A Precise, General-Purpose Impedance Bridge – GenRad Experimenter March 1962 A Five-Digit Solid-State Counter For Frequency Measurements To 220 kc – GenRad Experimenter April 1962 A New System For Measuring The Inductance Of Iron-Core Coils – GenRad Experimenter May 1962 VLF Standard-Frequency Calibration – GenRad Experimenter June 1962 Coaxial Equipment With Locking-Type Connectors – GenRad Experimenter July 1962 Accuracy, Precision, And Convenience For Capacitance Measurements – GenRad Experimenter Aug-Sept 1962 New, Compact, Octave-Band Analyzer – GenRad Experimenter Oct 1962 New PZT Ceramic Vibration Pickup And Control Box For Vibration Measurements – GenRad Experimenter Nov 1962 A New Converter For Frequency Measurements To 500 Mc – GenRad Experimenter Dec 1962 1963 A Standard Sweeping-Frequency Signal Generator – GenRad Experimenter Jan 1963 A Radically New Coaxial Connector For High-Precision Measurements – GenRad Experimenter Feb-Mar 1963 Absolute Calibration Of PZT Microphones – GenRad Experimenter April-May 1963 Zero To 300 kc With Five-Digit Accuracy – GenRad Experimenter June 1963 Higher Accuracy, Higher Frequencies With New Electronic Voltmeter – GenRad Experimenter July 1963 A Highly Stable Reference Standard Capacitor – GenRad Experimenter Aug 1963 New Performance, New Convenience With The New Sound And Vibration Analyzer – GenRad Experimenter Sept-Oct 1963 Precision Coaxial Equipment; the 900 Series – GenRad Experimenter Nov 1963 High-Speed Digital-To-Analog Converter With Storage – GenRad Experimenter Dec 1963 1964 A New 200-VA Audio Generator – GenRad Experimenter Jan 1964 GR’s New Bolton Plant – GenRad Experimenter Feb 1964 IEEE-1964 – GenRad Experimenter March 1964 Recording Wave Analyzer – New Wave Analyzer Has 3 Bandwidths, 80-DB Dynamic Range – GenRad Experimenter April 1964 A Generator Of AC Transients – GenRad Experimenter May 1964 The Stability Of Standard-Frequency Oscillators – GenRad Experimenter June 1964 A Bridge To Teraohm Territory – GenRad Experimenter July 1964 Type 1680-A Automatic Capacitance Bridge Assembly – GenRad Experimenter Aug 1964 Coherent Decade Frequency Synthesizers-A Modular Design – GenRad Experimenter Sept 1964 A Compact, Inexpensive Sound-Level Meter – GenRad Experimenter Oct-Nov 1964 Improved Performance From The Unit Pulse Generator – GenRad Experimenter Dec 1964 1965 A Slotted Line Recorder System – GenRad Experimenter Jan 1965 A New Approach To Precision Time Measurements – GenRad Experimenter Feb-March 1965 The Automatic Capacitance Bridge – GenRad Experimenter April 1965 Pulses To Order – GenRad Experimenter May 1965 A New Low-Noise Preamplifier – GenRad Experimenter June 1965 Vibration Measurements With The Sound-Level Meter – GenRad Experimenter July 1965 A Modern, Wide-Range, RC Oscillator – GenRad Experimenter Aug 1965 10-Mc Solid State Counter – GenRad Experimenter Sept 1965 New Standard Resistors – GenRad Experimenter Oct 1965 12-MC Coherent Decade Frequency Synthesizer – GenRad Experimenter Nov-Dec 1965 1966 A New Series Of High-Performance Line-Voltage Regulators – GenRad Experimenter Jan 1966 Input Noise – GenRad Experimenter Feb 1966 All-Solid-State, Low-Distortion Oscillator – GenRad Experimenter March 1966 Flash!…A New Strobotac Electronic Stroboscope – GenRad Experimenter April 1966 Calibration Standards For Precision Coaxial Lines – GenRad Experimenter May 1966 The Measurement Of Electrolytic Capacitors – GenRad Experimenter June 1966 VHF Pulse Generator – GenRad Experimenter July 1966 Coaxial Microwave News-The Improved GR874 Slotted Line – GenRad Experimenter Aug 1966 70-MHz Sythesizer Joins The Family – GenRad Experimenter Sept 1966 Automatic Capacitor-Testing Systems – GenRad Experimenter Nov-Dec 1966 1967 The Use Of Frequency Synthesizers For Precision Measurements Of Frequency Stability And Phase Noise – GenRad Experimenter Jan 1967 RC-Oscillator Synchronization – GenRad Experimenter Feb 1967 A New 500-MHz Standard-Signal Generator – GenRad Experimenter March 1967 Coaxial Microwave News-New GR900 Components – GenRad Experimenter April 1967 The New General Radio Microphone – GenRad Experimenter May-June 1967 The 1003 Standard-Signal Generator – GenRad Experimenter July-Aug 1967 Capacitance Standards With Precision Connectors – GenRad Experimenter Sept 1967 Considerations In The Choice Of A Line-Voltage Regulator – GenRad Experimenter Oct 1967 A Programmable 20-MHz Counter-Timer Using Integrated Circuits – GenRad Experimenter Nov-Dec 1967 1968 Random-Noise Generators – GenRad Experimenter Jan 1968 An SWR Meter For Precision Measurements – GenRad Experimenter Feb 1968 A Receiver For Precise Time Calibrations – GenRad Experimenter March 1968 A Precision Sound-Level Meter – GenRad Experimenter April 1968 An Exercise In Voltage Division – GenRad Experimenter May 1968 The Recipromatic Counter – GenRad Experimenter June-July 1968 A Unique DC Voltmeter – GenRad Experimenter Aug-Sept 1968 High Degree Of Frequency Resolution Achieved Through Use Of Syncable Oscillator In Closed Loop – GenRad Experimenter Oct 1968 Pulse And Frequency Response – GenRad Experimenter Nov-Dec 1968 1969 The Digital Divider – GenRad Experimenter Jan-Feb 1969 The New Sweep-Frequency Reflectometer – GenRad Experimenter March-April 1969 New-Generation Acoustical Analyzer – GenRad Experimenter May-June 1969 The Counter-Punch – GenRad Experimenter July-Aug 1969 Detailed Viewing In Ambient Brightness – GenRad Experimenter Sept-Oct 1969 Why Computers In Measurement Systems? – GenRad Experimenter Nov-Dec 1969 1970’s The Economy Of Computer-Controlled Measurements – GenRad Experimenter Jan-Feb 1970 Toward A More Useful Referenece Standard Resistor – GenRad Experimenter March-June 1970 Signal Analysis With Digital Time-Series Analyzers – GenRad Experimenter July-Sept 1970 Audiometric Measurement: 150 Years Of Applied Research – GenRad Experimenter Oct-Dec 1970 GenRad Experimenter Autumn 1972 GenRad Experimenter Summer 1972 GenRad Experimenter Autumn 1973 GenRad Experimenter Spring 1973 GenRad Today Winter 1973 – GenRad Experimenter Winter 1973 GenRad Experimenter March 1974 Our Products Many of our collections are comprised from published materials found in the Public Domain. We are authorized to distribute by license, copyright or authorship. This item is not for resale and contains copyrighted materials and contain our cover page and watermarked illustrations. (You do not need to click or open pages or mags) We will protect our copyright and are proud members of VERO and report all infringements to eBay as well. Please respect our copyrights, UPC’s and ASIN’s. Feedback & Star Rating (DSR) Your positive feedback and star ratings are very important to us. If you are happy with our products and service then please leave a 5-star rating (many buyers feel a 4-star rating is a high rating to give when in fact a seller may be adversely affected by ratings lower the 5-stars). If for any reason you fell unable to give a 5-star rating then please contact us prior to leaving feedback so that we can resolve any issues to your full satisfaction. Frequently Asked Questions: Do I need additional software to view my books? Yes. 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