Fiber Optic Laser and Photo Detector Module is the most useful Modules for all the people who work in the field of Fiber Optics as it provides four DFB Laser Source and four inbuilt InGaAs Photodetector in a single Platform which help the students to build up any experiment which they desire, Laser Source available has a option of modulation and an option of variable Power (Upto 3mW), Rohan Educational Solutions is offering a solution where you a four Tunable Power Modulated(Analog/Digital) Lasers and four Photodetector, The Fiber Optic Laser and Photo Detector Module can be used with any other optical modules or any optical passive components easily and can be a base product in your Optical Lab
Rohan Educational Solutions as a Manufacture offers a fully customizable option to all his users, The user is free to decide which Laser Diode, Output Power, Modulation frequency, detector sensitivity can be chosen by user based on their requirement of their research
Features
DFB Tunable Laser Source Advanced Multiple Quantum Well(MQW) Digital Modulation/Continous of Laser Source Output Electrical Modulated signal can be projected on external DSO/CRO Built-in InGaAs monitor PD Interface with other Optical Equipment
Components Specifications
Single Mode DFB Laser Diode      Wavelenght:1510nm, 1530nm, 1550nm, 1570nm      Output Power: 0.1 to 3 mW (Variable )      Spectral Width: 0.5-1 nm      Operating Temperature: -20°to +70°      Reverse Voltage: 2V      SMSR: 40dB
InGaAs Photo-detector      Storage Temperature: -40°to 100°C      Operating Temperature: -40°to +85°C      Saturation Input Power: 10 mw      Forward Current: 10 mA      Reverse Bias: 30 V      Frequency Bandwidth: 3GHz
List of Experiment
Numerical Aperture
Visualization of
Modes in Optical Fiber
Optical Fiber Transmission loss Property and Measurement
Calculate the Bending
Loss in Optical Fiber
Measure the insertion loss of an Optical Isolator
Measure the isolation rate of an Optical Isolator
Calculate the insertion loss of Fiber Optic Coupler
To measure the coupling coeficient in Fiber Optic Coupler
Characteristics of an Optical Coupler and Splitter
Characteristics of Fiber Bragg Gratings and Circulator
Characteristics of Wavelength Division Multiplexing [WDM]
Determine the insertion loss and crosstalk at each port of Multiplexer
**with a combination of Fiber Optic Passive Component Module