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AM & FM Radio Training System   RTS-4000   Downloadable Data Sheet       Feature: System consists of AM Transmitter and Receiver and FM Transmitter and Receiver Modules have switched fault DIP switches for student fault-finding experiments.. Includes full documentation for Instruction Manual, Experiments Manual and Model Answers. The RTS-4000 Radio Training System is a comprehensive and self-contained system suitable for demonstrating AM and FM radio transmission. The system contains 4 (four) separate modules - the AM/DSB Radio Transmitter and AM Radio  Receiver modules and the FM Radio Transmitter and FM Radio Receiver modules. AM / DSB Radio Transmitter and Receiver   AM Radio Transmitter:   Specification: ·         Perfect AM transmitter which is able to produce 1MHz ·         Use with the AM receiver experiment module for AM communications ·         Experiments cover crystal oscillator, modulator percentage, sinewave / voice modulator, balance modulator, RF amplifier, adjust and coupling, and antenna adjustment Experiments covered: ·         Principles of Amplitude Modulation ·         Analysis of AM Waveform ·         Amplitude Modulation of RF Signals ·         Principles of Single-Sideband Transmission AM Radio Receiver:   Specification: ·         AM reception in the frequency range of 535KHz to 1605kHz ·         Intermediate frequency of 455kHz ·         Use with the AM transmitter experiment module for AM communications ·         Experiments cover oscillator mixer, 1st IF amplifier, 2nd IF amplifier, and audio amplifier ·         Equipped with DIP switches for fault simulation so that students can practice troubleshooting Experiments covered: ·         Heterodyning Principles ·         Circuit Diagram of a Radio Receiver ·         Analysis of Radio Circuit FM Radio Transmitter and Receiver   FM Radio Transmitter :   Specification: Perfect FM transmitter which is able to produce 10.7MHz intermediate frequency Use with the FM receiver experiment module for FM communications Experiments cover crystal oscillator, frequency modulator, RF buffer, reference oscillator, frequency tachometer, and audio modulator Experiments covered: Frequency-Modulation Transmitter Phase Modulation Frequency Multipliers Experimental FM Transmitter FM Stereo Radio Receiver :   Specification: FM reception in the frequency range of 88MHz to 108MHz Frequency shown by 7-segment display Use with the FM transmitter experiment module for FM communications Experiments cover tuner, FM IF amplifier, FM MPX, and audio amplifier Equipped with DIP switches for fault simulation so that students can practice troubleshooting Experiments covered: Monophonic FM Receiving System Stereophonic FM Receiving System Discussion of FM Subsystems Integrated Circuits of FM Receiver Accessories   ·         Power supply 240VAC, 50Hz ·         Instruction Manual, Experiment manual and Model Answers ·         Small adjustable antenna