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Supplier: ValueTronics International, Inc.
Description: measurements of optical power versus wavelength and advanced functions for measuring and characterizing optical components, amplifiers, LEDs, DBF lasers, and Fabry-Perot lasers.
- Form Factor: Hand Held
Standards and Technical Documents - FOTP- 129 Procedures for Applying Human Body Model Electrostatic Discharge Stress to Package Optoelectronic Components -- TIA-455-129
Description: as the laser chip, since such circuitry is an integral part of the laser package. This document applies to all multi-frequency and single frequency laser devices that utilize semiconductor technology. Therefore, it includes, but is not limited to, Fabry-Perot lasers, distributed feedbackShow More
Supplier: InfraTec Infrared LLC
Description: Pyroelectric IR detector with integrated ø1.9mm micromachined tunable Fabry-Perot filter. Tuning range 3.9 ... 4.8µm, spectral bandwidth 100nm, low spring stiffness, pyroelectric element area 2.0x2.0mm² thermal compensation, ultra low microphonic effect, current mode operation with
- Sensor Type: Noncontact Infrared Temperature Sensor
Supplier: InfraTec Infrared LLC
Description: Pyroelectric IR detector with integrated ø1.9mm micromachined tunable Fabry-Perot filter. Tuning range 3.0 ... 4.1µm, spectral bandwidth 80nm, low spring stiffness, pyroelectric element area 2.0x2.0mm² thermal compensation, ultra low microphonic effect, current mode operation with
- Spectral Range: 3 to 4.1 microns
- Response Time: 150 milliseconds
- Operating Temperature: -13 to 185 F
- Responsivity: 2.2 mV/µW
Fiber Optic Transmitters - AFBR-1310Z Fiber Optic Transmitter for Multi GHz Analog Links -- AFBR-1310ZSupplier: Avago Technologies
Description: The AFBR-1310Z is a compact, high performance, cost effective transmitter for multi GHz analog communication over single mode optical fiber. The transmitter incorporates a linear wide bandwidth InGaAsAl/InP Fabry-Perot laser packaged inside a TO-header, coupled to a single mode fiber pigtail
- Cable Type: Single Mode
- Connector Type: FC, Other
- Wavelength: 1310 nm
- Spectral Width: 3 nm
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Accurate assessment of sensitivity and optimum threshold for semiconductor laser preamplified optical receivers
6 and 7 are valid under the assumptions for which the MGF formulation of the Fabry Perot amplifier is derived in Reference 6, namely that the spec- trum of the received optical signal is much narrower than the bandwidth of both the …
Modulation measurements on active optoelectronic devices
… distortion in the laser source and to eliminate this.separate measurements of harmonic distortion in the source were carried out so that this could be fully compensatedforin the tabulatedresultsplotted in figures 9 and 10forthe active waveguide and the Fabry Perot amplifier respectively.
The second part of the thesis then focuses on the development of the first light amplifier in THz frequency under Fabry - Perot amplifier (FPA) scheme.
Laser Diodes and Their Applications to Communications and Information Processing
The idea to use a Fabry – Perot amplifier as a wavelength-tunable optical filter (a channel selector) was proposed by Kazovsky and Werner .
Handbook of Optical Fibre Sensing Technology
The most common semiconductor amplifiers are divided into two groups: travelling wave and Fabry - Perot amplifiers .
Analysis And Simulation Of The Dynamic Behaviour Of A Sc Optical Amplifier In Switching
A Fabry - Perot amplifier biassed near the oscillation threshold has a high finesse (F>30), so a variation of the refraction index of 10 -4 is enough to switch an amplifier of 200 um.
Bistable Optoelectronic Devices
Fabry - Perot amplifiers .
Absorptive and dispersive bistability in semiconductor injection lasers
Webb  achieved optically retiming and restoring data levels with a bistable Fabry - Perot amplifier .
Semiconductor laser optical amplifiers for use in future fiber systems
A Fabry - Perot amplifier is a resonant amplifier in which the factor G, 6is close to unity, where G, is the sin- gle pass gain through the device.
Injection locking properties of a microchip laser
Then the Fabry - Perot amplifier model will be used: comparison of these results with the former case show either an improve- ment of the former theoretical predictions for some values of the control parameters domains or even an inadequacy of the rate …