Basic Educational Kit
 

It is an engineering marvel to make students & professionals excel in their engineering career.

It is industry oriented and explains all the features of fiber optic transmission and networking systems.

Students will get first hand experience of actual field requirements in the fiber optic and communication industry.

Can conduct more than 16 High quality and in depth experiments.

We also provide Laser Source, Optical Power Meter, OTDR, Visual fault Locators, Continuity Tester, Connectorization Kit etc.


Features
Measures the features of Si, Ge diodes
Measures the features of LED, LD, PD, which is an electricity-optical conversion device
Measures the critical angle of total reflection
Experiment the optics feature using lenses
Measure the loss due to the radius of curvature of optical fiber
Observe the noise of multimode optical fiber
Measures the loss due to the connection of the optical connector
Understand the principles of the optical coupler and measure the divergence ratio
Experiment to transmit random digital and analog signals
Measures the loss due to the length of the optical fiber
Compare the features of uni-mode and multimode optical fibers with different wide diameters
Experiment the transmission of optical signals using amplitude & requency modulation
Experiment the transmission of RS-232C signals using irED

Specifications


ITEMS SPECIFICATIONS
Light Source
1. Laser Diode 1 : Wave length : 650 nm,
Package : RTO-SC/PC, lth (mA) 12 ~ 5,
Pout (dBm) : -0.1 ~ 0.5@40 mA

2. Diode 2 : Wave length : 650 nm, Power cable
length : 25 cm LED (Green), LED (RED)

Detector
1. Photo diode : In GaAs type,
Package - STO-SC-SC/PC, REsponce (mA/mW) -
0.33 ~ 0.53 @ -5 Vbias Optical input 1mW @ 650 nm.

2. Photo diode : Si type.
Function generator : Frequency : 10 Hz ~ 50 kHz,
Amplitude : 0V ~ 7Vp-

Signal Input Wave type : Sign, Triangle, Square
External-Analog : Amplitude : 0V ~ 10Vp-p
Signal Output
Terminal
BNC, RCA, RS-232C
Power Supply Input : 220 Vrms / 60 Hz
Output : +5 Vdc, 1.35W (Average)
Digital Volt
Meter
Display : 3 and 1/2, Accuracy : +/-0.15 % rdg +/-1 digit
Optical Coupler Multi mode, 6 : 4 ratio
Speaker Impedance : 8 ohms
Audio amp 250 mW
Lens Double convex, Plano concave, Holder & Stand
optical guide Plastic guide
Fiber Plastic fiber, Glass fiber (multi-mode)

 

Advanced Educational Kits  

It is an engineering marvel to make students & professionals excel in their engineering career.
It is industry oriented and explains all the features of fiber optic transmission and networking systems.
Students will get first hand experience of actual field requirements in the fiber optic and communication industry.
Can conduct more than 21High quality and in depth experiments.
Features

Conducts WDM transmitting & receiving test, based on built in functions as Function Generator, Dual Light Source (1310/1550nm), Dual Optical Receiver (power meter), and Digital Oscilloscope.

Optical communication practice and operation test using light source at various wavelengths (650nm-MM, 1310nm-SM, 1550nm-SM, etc.) can be performed.

Test on physical properties of light can be performed (e.g., total reflection principle, refraction & reflection property, loss & noise property, etc.).

Measures Optical Coupler, Attenuator (5dB, 10dB), WDM(Mux& Demux), V-groove, etc. It also offers performance tests on different kinds of optical application devices provided.

Digital control of all input/output data by use of FPGA. (e.g., LCD Control, Signal Input/Output Selection, Generation of User-Designating Carrier Signal, etc.).

It controls PC software through private digital devices (Digital Potentiometer,
8-channel, 12-bit Serial DAC, etc.) and programs : Selection Function, LCD Display, Amplitude, Frequency, LD Bias Current, etc.

Provides various user-designating data signals and built-in functions. (i.e., selection of eight signals-Sign, Triangle, Square, Ext Dig, Ext Anal, Internal Analog, and PCM).

Uses private 8-channel, 12-bit ADC(Analog Digital Converter) to improve the accuracy of LCD output data in the equipment. OPT-303 uses private
high-speed/high-dynamic range ADC for parallel transmission of input/output data (12-bit, 1-channel, 20MSPS, High SNR-69dB, etc.).

Can make a PC output of every output waveform in equipment using parallel ports.It has built-in digital oscilloscope function.

 

Specifications

Items
Specifications
Light Source FP-LD (1310, 1550nm) SM
MQW-FP laser diode module, Wavelength : 1310/1550nm,Built-in optical isolator, InGaAs monitor PIN photo diode, 10/125um single-mode fiber pigtail with SC-PC connector
Wave length 650 nm, Package cable length : 25cm
FP-LD (650nm) MM
Optical output power : 10mW (max)
650nm wavelength (Visual LD) , Light output power : more than 6dBm. Uncooled operation without TEC (Operation Room Temperature).
Optical detector
InGaAs PIN PD - SM @1.55µm wavelength
Operation at 1.0~1.6µm, Low dark current (0.1nA), Low capacitance, High responsiveness (0.9 A/W)
InGaAs PIN PD - MM Diode
Si, Ge
Digital Control

FPGA : EP1K100QC208-3 (ALTERA) 100,000 logic gate
Low-speed ADC : 8-channel, 12-bit 200kSPS ADC
High-speed ADC : 1-channel, 12-bit 20MSPS ADC
Parallel Interface using ECP Mode, SRAM : 256K * 16 15ns, Serial DAC : 8-channel 12-bit 1µS DAC

Signal input
INTERNAL
Function Generator : Frequency range : 10Hz~50kHz,
Amplitude : 0V~5Vpp
Signal input EXTERNAL
Wave Type : Sinusoidal, Triangle, Square, User Digital, User Analog , 0V~5Vpp Analog & Digital Port, MIC Input
Signal output terminal
BNC, RCA, RS232C, Parallel, Mini Jack
Power Supply
Input : 85~264Vac 50/60Hz
Output : 5Vdc (3/0.3A), +12Vdc (0.7A), +3.3Vdc,
+2.5Vdc
Basic devices provided
Visual Attenuator, Fixed Attenuator (5dB/10dB), WDM Set (MUX, DeMUX-1310/1550nm), V-groove, Hybrid Adapter Set, Optical testing instrument, Single-mode Fiber, Optical Test Equipment set, etc. 650nm Visual LD & PD, Multi-mode Fiber, Multi-mode Coupler, ±5 Vdc, 1.25W (Average)
Options
OPT-A(Geometrics), Fiber connected (Cleaver, Fiber optic Stripper)

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