Transcription of Introduction to Communication Systems
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Introduction to Communication Systems James Flynn Sharlene Katz Communications system Diagram July 1, 2010 Flynn/Katz - SDR 2 Information Source and Input Transducer Transmitter Channel Receiver Output Transducer Communications system Diagram July 1, 2010 Flynn/Katz - SDR 3 Information Source and Input Transducer Transmitter Channel Receiver Output Transducer Information Source: Audio, image, text, data Input Transducer: Converts source to electric signal Microphone Camera Keyboard Communications system Diagram July 1, 2010 Flynn/Katz - SDR 4 Information Source and Input Transducer Transmitter Channel Receiver Output Transducer Output Transducer: Converts electric signal to useable form Speaker Monitor Communications system Diagram July 1, 2010 Flynn/Katz - SDR 5 Information Source and Input Transducer Transmitter Channel Receiver Output Transducer Transmitter: Converts electrical signal into form suitable for channel Modulator Amplifier Communications system Diagram July 1, 2010 Flynn/Katz - SDR 6 Information Source and Input Transducer Transmitter Channel Receiver Output Tra
Used for Satellite and local communications ... VLF : 3 – 30 kHz. Submarine communications, Time Signals, Navigation ... In analog systems, performance is subjective. In digital systems, performance is precisely specified as Probability of Error, P e.
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Global Navigation Satellite System (GNSS) Manual, Navigation, Systems, Global Navigation Satellite System GNSS, Navigation systems, Navigation Satellite, Satellite, Satellite systems, Navi-gation, Satellite navigation systems, Introduction to Global Positioning Systems, Guidance, navigation, and control, NASA, Systems Guidance, Navigation, and Control, Solar, Energy, Satellite navigation