Advanced Optical Fibers Communications Kit
(ACM103)
  • Introduction to Basic Optical Components
  • Setting up Fiber Optic Analog Link
  • Setting up Fiber Optic Digital Link
  • Amplitude Modulation
  • Frequency Modulation
  • Pulse Width Modulation
  • Study of Propagation Loss in Optical Fiber
  • Study of Bending Loss in Optical Fiber
  • Numerical Aperture Measurement
  • Characteristics of Fiber Optics Communication Link
  • Setting up of Fiber Optics voice link using Intensity Modulation
  • Setting up Fiber Optics voice link using Frequency Modulation
  • Setting up of Fiber Optic Voice Link using PWM
  • Two cables with light insertion and different angles
  • Different light sources in fiber optics cable
  • Fiber cables different finishes
  • Sending and receiving characters by fiber optics
  • Sending and receiving string by fiber optics
  • Morse Code with fiber optics
  • Kit to PC Communication via Fiber Optic cables
  • PC to Kit Communication via Fiber Optic cables
  • PC to PC Communication via Fiber Optic cables
  • Faults Simulation

SONET Experiments :

  • SONET - TDM and Byte Interleave Mux
  • SONET Data Frame
  • SONET transmission via an optical link

Optical bi-directional communication experiments :

  • Setting up a unidirectional fiber optic communication system
  • Converting the setup to a fiber optic bi-directional communication system
  • Advanced Optical Fibers Communications Kit (ACM103)
  • Hard copy user manual
  • Laboratory PC

In the realm of modern telecommunications and network infrastructure, the mastery of optical fiber technology is paramount. As industries increasingly rely on high-speed data transmission and reliable connectivity, understanding the intricacies of optical fiber systems becomes indispensable. Introducing our cutting-edge Optical Fiber Training Kit with Fault Simulator, a comprehensive educational solution designed to equip professionals and students alike with the practical skills and theoretical knowledge necessary to excel in this dynamic field.Our training kit is meticulously crafted to provide an immersive learning experience, combining theoretical concepts with hands-on practice. Participants are guided through a structured curriculum that covers every aspect of optical fiber technology. With an emphasis on practical application, learners gain proficiency in fiber optic installation, maintenance, and troubleshooting procedures, preparing them for real-world challenges in the industry. Central to our training kit is the Fault Simulator module, a state-of-the-art component that replicates common faults and challenges encountered in communication systems. Through simulated scenarios, participants develop the critical thinking and problem-solving skills essential for identifying and rectifying issues in real-time , our Fault Simulator offers a realistic learning environment where learners can hone their expertise with confidence.

  • It consists of a variety of modules, each of which performs a specific function to be connected to each other during experiments as basic communications building blocks.
  • Module Left hand side banana is for signal inputs (High impedance inputs)
  • Module Right hand side banana is for signal outputs (Low impedance outputs).
  • Banana Marks for analog and digital signals to ease the interconnection.
  • Variable controls adjustment in modules depends on observation and measurement of output signals.

Modules Kit includes:

  • Audio-In with conditioning
    • Electret Microphone
    • Variable gain amplifier with selectable gains X1 , x10 , x100
  • Audio-out with conditioning
    • Audio jack for plugging in headphones
    • Audio amplifier supports up to 700 mW
  • Amplitude modulator & demodulator
    • Input signal range : 6Vp-p
    • Modulating signal up to 10 KHz
    • Carrier Signal up to 100 KHz
  • VCO
    • Input signal range : 6Vp-p
    • Frequency range : 1 KHz up to 140 KHz (range selectable)
    • Adjustable Gain : 0 to 2
  • PWM modulator
    • Input signal range : 6Vp-p
    • Carrier frequency range up to 100 KHz
    • Information signal frequency range up to 5 KHz
  • Phase-Locked-Loop (PLL)
    • Input signal range : 6Vp-p
    • Adjustable LPF control
    • Variable Center frequency control
  • Fixed DC power supplies : +5V , -5V & 3.3V
    • Adjustable DC power supplies : +1.25V to 5V and -1.25V to 5V
    • TTL outputs : 1 KHz , 2 KHz , 4 KHz & 8 KHz.
  • AC amplifier
    • Input signal range : 6Vp-p
    • High slew rate 20V/usec
    • Adjustable Gain
  • Comparators
    • Input signal range : 6Vp-p
    • Two channel variable DC thresholds from -5 to 5V
  • UART Transceiver
    • Translates UART to USB interfaced through type B cables.
    • +5V operation
    • Data rate up to 1 Mbps
  • Faults Block
    • 8 different faults controllable through toggle switches
  • LPF & HPF
    • Adjustable cut off frequency DC to 100 KHz
    • Ability to cascade up to 4th order
  • Function generator
  • Triple Channels
    • Waveform types : Sinusoidal , Triangular and Square
    • Adjustable frequency up to 20 KHz
    • Variable amplitude up to 6Vp-p for each signal.
    • Offset control for each signal.
  • Fiber Optic Transmitter Device-RED:
    • High radiance LED
    • Data Rate up to 100 KHz
    • 660nm
    • Compatible with 1000 um PMMA optical fibers
  • Fiber Optic Transmitter Device-GREEN:
    • High radiance LED
    • Data Rate up to 100 KHz
    • 530nm
    • Compatible with 1000 um PMMA optical fibers
  • Fiber Optics photo Transistor
    • The fiber optics phototransistors used in this trainer has a response of 50 ma/mw of incident light at 650 nm, when coupled to a 1000 um PMMA fiber.
    • The phototransistor is suitable for speeds up to 100 KHz.
    • Peak Response: 850 nm
  • Optical fibers 1000 Um Cables
  • SONET Mux:
    • Input signals : three independent inputs, analog signals up to 4V pk-pk.
    • Internal Clock : 200kHz fixed
    • Frequency Range: up to a maximum of CLK / 80
    • Sample Rate: CLK / 40
    • Output data: 40-bit, 0:5V digital serial frame.
  • SONET Demux:
    • Output signals: three independent inputs, analog signals up to 4V pk-pk
    • External Clock : synchronized and inphase with input data
  • SONET Clock Regeneration:
    • Input signals : digital data 0:5V , clock rate 20kHz
    • Output signals : digital data 0:5V , synchronized and in-phase bit clock
    • Features: phase-controlled, crystal-locked bit clock regenerator
  • Fiber Optic Coupler:
    • Four port couplers
    • Multimode
    • Wavelength 850 nm
    • 1m Length
  • Fiber Optic Transmitter Module:
    • Signal type: Digital
    • Wavelength 850 nm based on GaAIAs LED
    • Multimode
  • Fiber Optic Receiver Module:
    • Signal type: Digital
    • Wavelength 850 nm based on monolithic photo-IC
    • Multimode
  • Kit is accompanied by all the required cables and adapters between the modules & the coupler.