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Real-time DSP signal processing, rapid prototyping, graphical compiler – Training module (ref: ETD410000)
ETD410 module to study signal processing and rapid DSP prototyping:
▪ Signal theory, IIR/FIR filters, sampling, quantization.
▪ Digital transmission, information theory and coding.
▪ Identified characteristics of a filter or a servo-system (Bode diagram, Nyquist diagram,…).
▪ Embedded real-time instrumentation (text terminal, 8-channel oscilloscope (with XY mode, constellation), spectrum analyzer, recorder, sine/triangle/IQ generator…).
▪ Modulations: AM, FM, ASK, PSK, BPSK, DPSK, QPSK QAM,…
Important:
The ETD410 module is specially designed to be used for practical works as well as for class illustration/demonstration (via PC + videoprojector).
Technical specifications:
Hardware:
- DSP processor, dual core.
- Computational power: 2x 200 MIPS.
- 2x 16-bit A/D inputs: 1 MS/s, +/- 10 Vdc.
- 2x 12-bit D/A outputs: 100 kS/s, +/- 10 Vdc.
- 1 microphone and 1 line Inputs (24-bit CODEC , 8-96 kHz)
- 1 headphones and 1 line Outputs (24-bit CODEC , 8-96 kHz)
- 2x TTL Inputs and 2x TTL Outputs
- USB link.
Software:
- Graphical compiler-optimized code FibulaG.
- 300 predefined functions.
- Possibility to create their own library.
- Running under Windows 7 environment (or later) – Pro versions.
- General topics:
8-channel virtual oscilloscope, XY mode, constellation, FFT. - Generators: LF, sine, triangle, square, IQ, Gaussian noise.
- Signal theory, sampling, quantization, FFT, IIR/FIR filters.
- Introduction to baseband digital modulations: ASK, PSK, FSK, QAM, OFDM.
- Information & encoding theory, channel, FEC, BER measurement, information flow…
- Bode plotting of a filter or a control loop by a frequency swap and signal analysis.
- Same for Nyquist analysis.
Important:
The ETD410 module is specially designed to be used for practical works as well as for class illustration/demonstration (via PC + videoprojector).