Fiber light Source is a kind of Fiber Optic Tester. Fiber optic light sources are a necessity for performing fiber optic network testing to measure the fibre optical loss for both single mode fiber cable and multimode fiber cables.They are designed to cover a variety of wavelength ranges to suit all optical testing needs and usually the optical light sources are used with the fiber optic power meter to test the fiber system loss. Light sources are offered in a variety of types including LED, halogen and laser. Usually the optical light source is used with the fiber optic power meters,they act as an economic and efficient solution for the fiber optic network works. Now,I will introduce the two Fiber Light Sources to us.
One: EXFO's ELS-50 Light Source provides excellent stability and high measurement accuracy for up to three single mode wavelengths or two multimode wavelengths. It is the perfect complement to the FiberBasix 50 EPM-50 Power Meter when it comes to measuring attenuation on fiber-optic links.
The new ELS-50 Optical Laser Source is the new tone generation for fiber identification. Its excellent power stability gives reliable loss measurements for Telco/CATV and FTTH applications.
EXFO's ELS-50 Light Source Key Features are Rugged design,Excellent power stability for reliable loss measurements,Interchangeable connector adapters, Up to 60 hours of battery life and Tone generation for fiber identification.
The Application Coverage are Telco/CATV and FTTH models; dual and triple wavelengths and Enterprise/LAN models; single mode and multimode.
Two: FS7002 Handheld Laser source series is microprocessor-controlled intelligent Handheld Laser source. It can be used to test the usual single-mode optical fiber connector loss，a single-mode fiber-optic network, LAN, FDDI, ATM , FTTH fiber optic systems, It also can test the telecommunications networks, CATV systems which need large dynamic range test system maintenance. The handheld stable source with the international advanced level in the micro-processing hardware ,software technology , microelectronic technology, and surface mount (SMT) technology provides its users with high performance, high reliability, which are the best performance at home and the most practical appearance of the light source. With the current international advanced level, handheld light source provides continuous or modulated light output (2 KHz) in the state of the two working conditions.
The Application Coverage are Telco/CATV and FTTH models; dual and triple wavelengths and Enterprise/LAN models; single mode and multimode.
Two: FS7002 Handheld Laser source series is microprocessor-controlled intelligent Handheld Laser source. It can be used to test the usual single-mode optical fiber connector loss，a single-mode fiber-optic network, LAN, FDDI, ATM , FTTH fiber optic systems, It also can test the telecommunications networks, CATV systems which need large dynamic range test system maintenance. The handheld stable source with the international advanced level in the micro-processing hardware ,software technology , microelectronic technology, and surface mount (SMT) technology provides its users with high performance, high reliability, which are the best performance at home and the most practical appearance of the light source. With the current international advanced level, handheld light source provides continuous or modulated light output (2 KHz) in the state of the two working conditions.
FS7002 Handheld Laser source Features are Larger and more stable output power comparable to desktop source, stabilized output Using the Single key to switch the wavelength is flexible and convenient, high reliability Universal interface has three types of adapter: FC /SC / ST Easy to operate Small size/light weight/ high reliability, flexibly switch the wavelength Battery-powered, convenient field work, omnipotence joint Backlight at night.
FS7002 Handheld Laser source is often application to Fiber production and research devices,Fiber Network Testing and Maintenance and Optical Communication Teaching and Test.
This blog reproduced from http://www.fiber-optical-networking-products.com/
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