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FPGA DIGITAL COMMUNICATION TRAINERS DCT-FPGA Curriculum Outline: 1. Design and implementation of analog and digital signals. 2. Design and implementation of IIR and FIR digital filters. 3. Design and implementation of series, wireless and optical fibers communication interfaces. 4. Design and implementation of infra-red communication interface and telephone interface. Curriculum Objectives: 1. To understand the basic theory and functions of FPGA. 2. To understand the basic theory of digital and analog communication. 3. Design and implementation ability training of analog and digital modulators and demodulators. 4. Design and implementation ability training of various types of communication interfaces. Specification: Experiment 1: Analog Signal (AM/FM/PM) a. Basic Waveforms Generators (Sine wave, Triangle wave, Square wave) b. Frequency Modulation c. Amplitude Modulation d. Phase Modulation e. Signal Mixer Experiment 2: Digital Signal a. Unipolar Signal Processing b. NRZ-L and NRZ-I Signals c. RZ Signal d. Manchester and Differential Manchester Signals e. AMI, B8ZS, HDB3 Signals Experiment 3: Digital Filter (IIR) a. Low-pass Filter b. High-pass Filter c. Bandpass Filter Experiment 4: Digital Filter (FIR) a. Low-pass Filter b. High-pass Filter c. Bandpass Filter Experiment 5: Phase Locked Loop a. Phase Detector b. Phase Locked Loop c. Frequency Multiplier Experiment 6: Series Communication Interface (RS232/RS422) a. Basic Interface b. Pseudo-random Statistic Experiment 7: Infra-red Communication Interface a. IR Receiver b. IR Transmitter Experiment 8: Wireless Communication Interface (HT12) a. RF Wireless Interface b. IR Interface Experiment 9: Optical Fibers Communication Interface (SPDIF) a. SPDIF Interface b. Double Frequency Channel Communication Experiment 10: Telephone Interface (DTMF) a. DTMF Keypad Decoder b. Telephony Transmission