Base Band & DSP Transmission Techniques Experiment Board

ES21N
  • Facility of line coding and channel coding
  • Facility of Transmitting and receiving filter
  • Discrete Input source
  • Facility for 3B-4B, differential, scrambling pre-coding
  • Coding is indicated by LEDs
  • Coding: Manchester, RZ, NRZ, HDB3, CMI, MLT-3, 2- binary coding
  • 15” TFT LCD display for displaying spectrum
  • Facility of LEDs on the display
  • Numeric processing, filtering and timing circuits with FPGA & DSP device
  • Transmission line Simulation
  • Multimedia interactive capability
  • Fault switch facility for creating fault is provided.

On board Jumpers are provided.

Item Description

Features and Technical specifications

  • Facility of line coding and channel coding
  • Facility of Transmitting and receiving filter
  • Discrete Input source
  • Facility for 3B-4B, differential, scrambling pre-coding
  • Coding is indicated by LEDs
  • Coding: Manchester, RZ, NRZ, HDB3, CMI, MLT-3, 2- binary coding
  • 15” TFT LCD display for displaying spectrum
  • Facility of LEDs on the display
  • Numeric processing, filtering and timing circuits with FPGA & DSP device
  • Transmission line Simulation
  • Multimedia interactive capability
  • Fault switch facility for creating fault is provided.
  • On board Jumpers are provided.
  • Power Supply: 1 Ph. 220/230V, 50Hz

 

Curriculum Coverage and Experiments:

  • Training on coding of channels
  • Study of spectrum modeling
  • Study of eye diagram and interference
  • Extraction of data and recovery of synchronism
  • Analysis of Fourier spectrum
  • Signal sampling and calculation of error rates
  • Transmission line characteristic effect
  • Schematic diagram description
  • Modes of Microprocessor operation for DSP

Observing modifications and characterization of same spectrum

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