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| 1. |
High-Power Laser Diode Driver, 5700 Series
Newport Corporation, a widely known leader in laser diode control and test instruments, introduces all new 5700 Series High-Power Laser Diode Drivers, available in one of the following configurations:
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| 2. |
Single-Mode Fiber, Near UV-VIS
The following volume discount schedule is automatically applied when ordering bare optical fiber: 6 - 50 m with 15 %, 51- 1,000 m with 22 %, 1,000 m with 25 %
Newports new F-NUV-320-K1 fiber is desi
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| 3. |
Long Scan Autocorrelator
An autocorrelator is a versatile, easy-to-use diagnostic for measuring the pulse shape and durations of ultrafast laser pulses. Autocorrelators are capable of measuring pulse widths from both high rep
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Photoresponse Mapping of Photovoltaic Cells
Newports Photoresponse Mapping Kit is designed to scan a photovoltaic cell up to 200cm2 with a monochromatic beam of light and map the cells response to that light. Various wavelengths can be employed
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Ultrafast Laser Super-Broadband Turning Mirrors
This mirror is ideal for use with ultrafast pulse lasers/b/b as a high reflectance mirror at 45 angle of incidence for a very broadband wavelength range spanning almost 400 nm. Designed to r
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Ultrafast Laser Broadband 45° Mirrors
This mirror is ideal for use with ultrashort pulse lasers/b/b as a high reflectance beamsteering mirror at 45 angle of incidence. Careful thin film design and an advanced coating process res
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Supercontinuum Generation in SCG-800 Photonic Crystal Fiber
The Newport Supercontinuum kit is a complete solution from Newport and Spectra-Physics designed specifically for the generation of supercontinuum with a femtosecond Ti:Sapphire laser such as the Tsuna
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Supercontinuum Fiber Module, SCG-800
SCG-800 is a supercontinuum generation fiber device for use with 800 nm femtosecond lasers/b/b. It contains 12 cm highly nonlinear, polarization maintaining photonic crystal fiber with zero
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Tutorial on Polarization in Fiber Optics
Tutorial on Polarization in Fiber Optics Introduction A beam of light can be thought of as being composed of two orthogonal electrical vector field components that vary in amplitude and frequency. Po
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| 10. |
Getting Light into a Monochromator
In this section we give a brief introduction to getting light into a monochromator, and how much you can expect to get out. While the emphasis is on coupling Oriel Light Sources to Oriel Monochromator
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