QAM DQAM Modulation Demodulation Kit
Specification
- Longer functional life
- Trouble-free learning
- Maintenance free
- On-board Sine-wave generator On-board Four Carrier Sine waves
of 500Khz On board three nos. of 8-bit NRZ-L. Data Simulator. Clock
frequency of 250 Hz. Data Format (Coding) is NRZ-L, Tribit encoded and
Differential Encoded I & Q bits Receiver Clock generated by PLL
method Demodulation is done using PLL and Envelop Detector Method Switch
faults are provided to study its effects on circuits Block Description
screen printed on PCB In-Built Power Supply
Technical Specifications:
- Carrier
Sine Wave Generator: 1. Four carrier sine waves Generated onboard. 2.
Provides synchronized Sine waveform output of 500 KHz (0 deg.),500 KHz
(90 deg.), 500 KHz (180 deg.), 500 KHz (270 deg.)
- Clock And
Data Generator: 1. 24 bit variable NRZ-L pattern generated depending on
the position of the three nos. of 8- Bit Data Switch provided 2. Clock
Frequency is of 250 KHz
- Data Format (Coding): 1. Non Return to
Zero-Level (NRZ-L). 2. Tribit encoded data (I ,Q & C). 3.
Differential Encoded I & Q Bits
- Carrier Modulation Techniques: 1. Quadrature Amplitude Modulation. 2. Differentially Quadrature Amplitude Modulation
- Carrier Demodulation Techniques: 1. Quadrature Amplitude Demodulation. 2. Differentially Quadrature Amplitude Demodulation
-
On-board Features: 1. On board Three Nos. of 8 bit variable NRZ-L
pattern Data Simulator 2. Switch Faults are provided on board to study
different effects on circuit 3. QAM/DQAM Demodulation using PLL and
Envelop detectors 4. Switch Faults are provided on board to study
different effects on circuit Interconnections : 4 mm sockets
- Test Points: 32 Aprrox
- Power: 230V 10% 50 Hz, 1 AC
- Accessories: a. Detailed Instruction Manual. b. Set of Patch cords
Experiments:
- To Study the Elements of 8-QAM / DQAM System
- Tribit Coding & Decoding Technique of NRZ-L Data Format
- Differential Encoding & Decoding of Data
- 8-QAM Modulation & Demodulation Technique
- DQAM Modulation & Demodulation Technique
- To Study of Constellation Diagram of QAM
- To Study Bandwidth Efficiency in QAM & 8-QAM/DQAM Techniques
- Effect of Switch Faults
- Observation of constellation diagram
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