How To Service Old Radios and TV With a Oscilloscope Start Price USD 9.00 Current Price USD 9.00 Time Left - Bid Count 0 Buy It Now Price - Reserve Price - Start Time Tuesday, November 18, 2008 End Time Friday, December 05, 2008 Location Terry, Montana See more about 'How To Service Old Radios and TV With a Oscilloscope' Description "How to Service Radios with an Oscilloscope".  This 72-page book is designed to help you obtain a thorough understanding of one of the primary tools in electronics, the Oscilloscope. The text of this book assumes no previous understanding of electronic theory on your part. It is written to provide you with a great deal of useful information concerning vintage radio servicing with an oscilloscope, regardless of your background, whether you are still a beginner or a person experienced in electronics TABLE OF CONTENTS CHAPTER I OSCILLOSCOPE FUNDAMENTALS 1.1 Usefulness of the Oscilloscope. 1.2 Cathode Rays. 1.3 The Electron Gun. 1.4 Defecting Plates. 1.5 How an AC Signal Affects the Beam. 1.6 Sensitivity. 1.7 Cathode Ray Tube Sizes. CHAPTER II THE LINEAR TIME BASE 2.1 Function of Time Base. 2,2 Sweep Voltage Nature and Source. 2.3 Sweep and Signal Voltage Relations. CHAPTER III THE COMPLETE OSCILLOSCOPE 3.1 Instrument Arrangement. 3.2 Sylvania Oscilloscope Type 131. 3.3 Sylvania Oscilloscope Type 132.  CHAPTER IV VOLTAGE MEASUREMENTS WITH THE OSCILLOSCOPE 4.1 Cathode Ray Tube as V. T. Voltmeter.  4.2 Voltage Measurement Principle. 4.3 DC Voltage Measurement. 4.4 Alternating Voltage Measurement. 4.5 Sensitivity of Oscilloscope Voltmeter.  4.6 Calibration of Oscilloscope as Voltmeter.  4.7 Gain Control Calibration.  4.8 Calibration of Direct Input. 4.9 Calibration of Horizontal Plates. 4.10 Extension of Screen Scale. CHAPTER V USE OF THE OSCILLOSCOPE IN RADIO RECEIVER SERVICING 5.1 AM Receiver Alignment Using AM Signal Generator. 5.2 AM Receiver Alignment Using FM Signal Generator. 5.3 Aligning Flat-Topped High-Fidelity Receivers. 5.4 Additional Instructions on Receiver Alignment. 5.5 FM Receiver Alignment. 5.6 AFC Alignment. 5,7 Checking AVC Action. 5.8 Establishing Marker Points.  5.9 Finding Receiver Faults from Oscilloscope Patterns. 5.10 Signal Tracing and Trouble-Shooting of Radio Receivers. 5.11 Testing AM Superhets. 5.12 Testing FM Receivers. CHAPTER VI USE OF THE OSCILLOSCOPE IN AUDIO AMPLIFIER TESTING 6.1 Signal Transmission Test in Single Amplifier Stage. 6.2 Measurement of Voltage Gain. 6.3 Locating Hum. 6.4 Distortion Measurements with Sine Waves. 6.5 Distortion Measurements with Square Waves.  6.6 Checking Frequency Response. 6.7 Signal Tracing in Audio Amplifier. CHAPTER VII USE OF THE OSCILLOSCOPE IN TRANSMITTER TESTING 7.1 Modulation Checking with Wave Patterns. 7.2 Modulation Checking with Trapezoidal Patterns. 7.3 Detecting Hum and Noise on Carrier. 7.4 Checking Class-C Linearity. CHAPTER VIII MISCELLANEOUS APPLICATIONS 8.1 Frequency Checking with Circular Pattern. 8.2 Frequency Checking with Sine-Wave Pattern. 8.3 Frequency Checking with Other Patter   8.4 Frequency Checking with Intensity Modulation. 8.5 Calibration of Fine Frequency Control. 8.6 Checking Phase Relationships. 8.7 Checking Phase Inverter Action. 8.8 Current Measurement with Oscilloscope. 8.9 Impedance Measurement. 8,10 AC Power Supply Tests. 8.11 Checking Ripple Current in Filter Capacitors. 8,12 Checking Peak Current in Rectifiers. 8.13 Auto Radio Vibrator Tests. 8.14 Checking DC Generator Ripple. 8.15 Use of Oscilloscope as Bridge Null Detector. 8.16 Use of Oscilloscope as Zero Beat Indicator. 8.17 Exploring Probe for RF Signal Tracing. 8.18 Demonstration of Speech Waveforms. 8.19 Electronic Switch. THIS IS LASER COPY Powered by eBay Turbo Lister Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items. Place a Bid!