FOURIER SYNTHESIS SYSTEM TRAINER

FOURIER SYNTHESIS SYSTEM TRAINER

Product Details:

  • Usage Educational, laboratory demonstration of Fourier synthesis
  • Display Analog Oscilloscope Output (External connection required)
  • Voltage 230 V AC, 50 Hz
  • Power 15 W
  • Product Type Trainer Kit
  • Material Powder coated metal enclosure
  • Design Tabletop, modular trainer system
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FOURIER SYNTHESIS SYSTEM TRAINER Price And Quantity

  • 1 Unit

FOURIER SYNTHESIS SYSTEM TRAINER Product Specifications

  • Powder coated metal enclosure
  • AC Mains
  • Not required (operates on AC mains)
  • 230 V AC, 50 Hz
  • 2% of signal amplitude
  • Educational, laboratory demonstration of Fourier synthesis
  • Analog Oscilloscope Output (External connection required)
  • 15 W
  • 430 mm x 230 mm x 100 mm
  • Tabletop, modular trainer system
  • Approx. 2.5 kg
  • Trainer Kit
  • Overload and short circuit protection on outputs
  • 4, selectable (Sine wave generators)
  • Patch cords, manual included
  • 0C to 40C
  • 100 Hz to 1 kHz (approx.)
  • Circuit demonstration, waveform analysis, experiment execution
  • 2 mm banana sockets
  • Composite Fourier waveform output terminal
  • Independent level control for each sine wave
  • Demonstrates Fourier synthesis of complex waveforms from sinusoidal signals

FOURIER SYNTHESIS SYSTEM TRAINER Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

FOURIER SYNTHESIS SYSTEM TRAINER
  • Harmonic Generation Technique : Direct Digital Synthesis
  • Eleven Input Summing Amplifier : 1 No.
  • Fundamental Frequency : 1 KHz
FEATURES
  • VLSI Based Training System
  • On board digitally synthesized fundamental frequency & harmonics
  • On board DC Generators
  • Digitally controlled select switch for Harmonic
  • On board Summing Amplifier
  • Individual Gain Control
  • On board sine, Cosine selection
  • On board Phase Reversal provision
  • Built in Power Supply
  • Functional Blocks indicated on Mimic Board
TECHNICAL SPECIFICATIONS
  • Harmonic Generation Technique : Direct Digital Synthesis
  • Eleven Input Summing Amplifier : 1 No.
  • Fundamental Frequency : 1 KHz
  • Harmonics Generation : 9 Harmonics, ranges from 2 KHz to 10 KHz
  • Controllable gain : For individual frequency component domain
  • Digital Phase control : Of relative phases between fundamental and harmonics
  • On Board Wave forms : 0°(sine), 90°(cosine), 180°(-sine), 270°(-cosine)
  • Waveform level (max) : 5Vpp (Approximately)
  • DC constant generation : -5V to +5V (approximately)
  • Cabinet : Enclosed in ABS plastic cabinet with detachable cover
  • Power : 220V AC ±10%, 50/60Hz mains operated
  • Accessories : Set of Patch Cords, Users manual
LIST OF EXPERIMENTS
  • To construct a triangular wave with the help of fundamental frequency and its harmonic component
  • To construct a rectangular sawtooth wave with the help of fundamental frequency and its harmonics component
  • To construct a square wave with the help of fundamental frequency and its harmonic component
  • To construct an absolute value sine wave with the help of fundamental frequency and its harmonic component
  • To construct Half sine wave with the help of fundamental frequency and its harmonic component
  • To construct AM wave with the help of 3 frequency components

Versatile Harmonic Generation

With four selectable sine wave generators, users can adjust frequency and amplitude independently to produce complex waveforms. This modular design enables a wide variety of circuit demonstrations and waveform analyses, making it suitable for both classroom and laboratory setups.


Safe and Reliable Operation

Equipped with overload and short-circuit protection, the Fourier Synthesis System Trainer ensures safe usage during experiments. Its powder-coated metal enclosure is both sturdy and durable, and it operates efficiently on standard AC mains without the need for charging.


Comprehensive Educational Tool

Supplied with patch cords and a user manual, the trainer supports hands-on learning. The composite Fourier waveform output terminal allows real-time observation on an analog oscilloscope, helping students and professionals to clearly understand waveform synthesis theory.
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