Data Reformatting & Carrier Demod Receiver Trainer

Data Reformatting & Carrier Demod Receiver Trainer

Product Details:

  • Power 230V AC, 50Hz
  • Voltage 230V AC
  • Display Built-in analog and digital meter indicators
  • Usage Training, demonstration and experimentation of data reformatting and carrier demodulation
  • Product Type Educational Electronic Trainer Kit
  • Material Powder coated metal with quality PCB and electronic components
  • Design Modular desktop trainer with labeled circuit blocks
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Data Reformatting & Carrier Demod Receiver Trainer Price And Quantity

  • 1 Unit
  • Overload and short circuit protection
  • Built-in signal generator for carrier and data signal synthesis
  • Supports study of various modulation and demodulation techniques including ASK, FSK, and PSK
  • Multiple test points for real-time signal observation
  • Suitable for engineering students and laboratory instructors
  • Includes patch cords, user manual, and experiment sheets
  • Banana sockets for easy connectivity

Data Reformatting & Carrier Demod Receiver Trainer Product Specifications

  • 230V AC
  • Built-in analog and digital meter indicators
  • Powder coated metal with quality PCB and electronic components
  • High, suitable for educational demonstration and laboratory use
  • Approx. 375 mm x 260 mm x 135 mm
  • LED indicators
  • Educational Electronic Trainer Kit
  • Modular desktop trainer with labeled circuit blocks
  • Training, demonstration and experimentation of data reformatting and carrier demodulation
  • Approx. 4.5 kg
  • 230V AC, 50Hz
  • Not applicable (direct AC powered)
  • Integrated with AM/FM/ASK/FSK demodulation circuits
  • Mains AC
  • Overload and short circuit protection
  • Built-in signal generator for carrier and data signal synthesis
  • Supports study of various modulation and demodulation techniques including ASK, FSK, and PSK
  • Multiple test points for real-time signal observation
  • Suitable for engineering students and laboratory instructors
  • Includes patch cords, user manual, and experiment sheets
  • Banana sockets for easy connectivity

Data Reformatting & Carrier Demod Receiver Trainer Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Data Reformatting & carrier  Demodulation Receiver Trainer

FEATURES:-

  • 7 different data conditioning formats NRZ (M) RZ. Bi phase (Manchester), Bi phase ( Mark).
  • AMI, RB, Differentially encoded dibit pair to NRZ data.
  • ASK, FSK, PSK. DPSK. & QPSK carrier demodulation
  • Output gives 2 channel TDM multiplexed data Output
  • On -Board Bi phase clock recovery circuit
  • On - Board data squaring circuit and different decoder

SPECIFICATIONS

  • Input: From Transmitter Kit
  • Output: 2 Channel TDM Multiplexed Data Stream
  • Deconditioning Options: NRZ (M), RZ, AMI RB, Bi phase (Manchester), Bi phase (Mark), differentially encoded dibit pair to NRZ(L).
  • Carrier Demodulation:
  •   ASK Rectifier Diode
  •   FSK PLL Detector
  •   PSK & DPSK Square Loop Detector
  •   QPSK Fourth Power Loop Detector
  • Bi phase clock recovery  : By PLL
  • Test Points : More than 50
  • Interconnections :  2/4 mm socket
  • Cabinet: Enclosed in ABS plastic cabinet with detachable cover
  • Power : 220V AC  ±10% 50/60Hz mains operated
  • Accessories : Set of Patch Cords, Users manual

EXPERIMENTS CAN BE PERFORM:

  • Study of conversion of different data formats to NRZ data formats
  • Various carrier Demodulation Techniques ASK,FSK,PSK,DPSK, & QPSK 


Comprehensive Modulation Training

This trainer supports the study and practical application of a range of key modulation techniques including ASK, FSK, and PSK. It allows users to switch seamlessly between different methods, providing robust experimental support for practical coursework. Digital and analog meter displays assist with intuitive monitoring and learning.


Hands-On Signal Observation and Experimentation

Multiple test points and banana socket interfaces enable real-time observation and analysis of signal waveforms. Built-in signal generators and labeled circuit blocks simplify the setup for laboratory demonstrations and experiential learning, enriching the users educational experience.


Safety and Durability Designed for Education

Engineered with overload and short circuit protection, the trainer is reliable for frequent academic use. Constructed from powder-coated metal and high-quality PCBs, it is resilient to wear in classroom or lab environments. LED indicators and modular design further enhance usability and safety.

FAQs of Data Reformatting & Carrier Demod Receiver Trainer:


Q: How does the trainer facilitate the study of modulation and demodulation techniques?

A: The trainer enables users to explore and understand various modulation and demodulation schemes such as ASK, FSK, and PSK through practical experiments, real-time signal analysis, and integrated AM/FM/ASK/FSK demodulator circuits.

Q: What accessories are included with the Data Reformatting & Carrier Demod Receiver Trainer?

A: Each trainer comes complete with patch cords, a user-friendly manual, and detailed experiment sheets to guide students and instructors through a variety of laboratory activities.

Q: When is it recommended to use this trainer in an educational setting?

A: The trainer is ideal for laboratory sessions, coursework demonstrations, and hands-on experiments in engineering colleges and technical training institutes, whenever in-depth understanding of modulation concepts is required.

Q: Where can users observe signals and measure outputs on the trainer?

A: Multiple test points are provided across the device, allowing users to connect external measurement instruments or utilize the built-in analog and digital meters for observing real-time waveforms and signal characteristics.

Q: What is the process for using the built-in signal generator?

A: Users can synthesize carrier and data signals directly via the integrated generator, configuring frequency and waveforms through labeled controls and linking them to modulation/demodulation circuits for experimentation.

Q: How does the device ensure user safety during experiments?

A: The trainer is equipped with overload and short circuit protection mechanisms, as well as LED status indicators, to minimize risk and ensure safe experimentation in laboratory environments.

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