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| PARCOURIR : ACCUEIL > Electrical Engineering > Telecommunications > Analog/Digital telecoms |
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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: |
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SDR transmitter HF 27 MHz (IQ modulator) - Expansion module (ref: ETD411100)SDR Radio transmitter (expansion module for the ETD410) → HF 27 MHz. Transposition of the IQ message with SDR technology (Sofware Defined Radio). Transmitting power (max): 10 mW. Modulations and coding are processed with the basic module ETD410000: ▪ Analog and Digital modulations: AM, FM, SSB. ▪ Digital modulations: ASK, FSK, QPSK, QAM... ▪ Coding: AMI, RZ, NRZ, Manchester... The conversion of the signals is done with 24-bit 192-kHz CODECs |
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SDR receiver HF 27 MHz (long waves, short waves, IQ demodulator) - Expansion module (ref: ETD411200)SDR Radio receiver (expansion module for the ETD410) → HF 27 MHz. Transposition of the IQ message with SDR technology (Sofware Defined Radio). Transposition of the HF to IQ IF with SDR technology (Sofware Defined Radio). Demodulations and decoding are processed with the basic module ETD410000: ▪ Analog demodulations: AM, FM, SSB. ▪ Digital demodulations: ASK, FSK, QPSK, QAM... ▪ Decoding: AMI, RZ, NRZ, Manchester... The conversion of the signals is done with 24-bit 192-kHz CODECs |
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Table for technical laboratories, ref EMO100000Suitable for all your "low voltage" electrical engineering and telecommunications laboratories Suitable for your laboratories in 300-W Power Electronics and Motors studies equipped with our EM(S)300B power supplies (providing adjustable 3-phase and DC from a 220 V/16A socket) |
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SDR receiver VHF 88/108 MHz (IQ demodulator) - Expansion module (ref: ETD411300)SDR Radio receiver (expansion module for the ETD410) → VHF 88/108 MHz. Transposition of the HF to IQ IF with SDR technology (Sofware Defined Radio). Modulations and coding are processed with the basic module ETD410000: ▪ Analog demodulation: FM, mono & stereo. ▪ Digital demodulation: RDS. The conversion of the signals is done with 24-bit 192-kHz CODECs |
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Fiber optics communications - Training modules (ref: ETD038600)The emitter module of optical communication includes 6 different photoemitting stations, 2 lines can be simultaneously activated for the applications PWM. The receiver consists essentially in 2 blocks: 1 for the signal processsing and 1 for the measurements of the optical power. |
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Spécialiste en Ingénierie Pédagogique en Sciences Physiques, Génie Electrique &Télécoms . Nous sommes concepteurs et fabricants. |
DIDALAB Z.A. de la clé Saint Pierre 5, rue du Groupe Manoukian 78990 ELANCOURT (France) Phone : +33.1.30.66.08.88 Mail:didalab@didalab.fr |
Electrical Engineering PHYSICS Energy & Systems |