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Coding 7AMI/HDB3/CMIDATA Terster

Coding 7AMI/HDB3/CMIDATA Terster

CAT NO: DIDACTICECE-LAB-0070

Coding 7AMI/HDB3/CMIDATA Terster Description and Tender Specification:

Coding 7AMI/HDB3/CMIDATA Terster.
INTRODUCTION
MCM33/EV is one of the experiment boards that constitute the
Interactive Practical Electronics System – I.P.E.S.
It consists of a set of components and circuits for performing experiments.
The lessons included in this module can be developed in:
- Standard mode: using the switches of the equipment and
consulting the handbook;
- Computerized mode: the interactive software version of
the handbook -  interfaced to the module
via Control unit, is used. This software inserts circuit
variations and faults automatically enabling the development
of lessons even without teacher’s assistance.


TRAINING PROGRAM:
• Discrete input source
• Channel coding (error control)
• Line coding and precoding importance
• Transmission and reception filter (spectrum modeling)
• Effects of the characteristic of the transmission line
• Intersymbol interference
• Eye diagram
• Data extraction
• Synchronism recovery
• Sampling of the received signaling pulses
• Error rate calculation
• Analysis of the Fourier spectrum of the signal present in the
main points of the transmission and reception system, to
observe the characterization and the
modifications of the
same spectrum
• Digital Signal Processing: description of the schematic
diagram and operating modes of a specific microprocessor
for digital signal processing
• Troubleshooting
TECHNICAL SPECIFICATION:
• Discrete input generator
• Channel encoder and decoder with cyclic redundancy code
• Line encoder and decoder with section of:
- precoding: differential, scrambling, 3B-4B
- coding: NRZ, RZ, CMI, HDB3, Manchester, MLT-3,
2B-1Q, 2-binary
• 10 LED’s indicating precoding and line coding
• Transmission and reception filter (spectrum modeling)
• Transmission line simulator: band width, attenuation and
variable noise generator
• Timing circuits, numeric processing and
filtering with FPGA
and DSP devices
• BER measurements: bar LED’s on the display indicating lost
blocks and recovered blocks
Spectrum display: TX/RX signals after the transmission line
with LCD graphic display 160x128 dot pixels
• Fault simulation: Possibility to insert 10 faults
• Test and interconnection points, Ø 2 mm
• Rapid modifications to circuits using jumpers
• 37-pin connector to the fault insertion unit
• 8-wire connector to the power supply unit
• Printed circuit board with protective treatment and mimic
diagram
• Module equipped with ABS protection on its lower side

Support