Optical Test Equipment technology is used to display and evaluate optical radiation with the help of special components and devices. Light can be measured directly or used as excitation to perform measurements, such as in Raman spectroscopy or NIR spectroscopy. Due to the non-contact and fast measurement they provide, these systems are ideally suited for direct measurements during a process (PAT) and for measurements in the laboratory operations. Alongside complete systems and customer-specific solutions, Laser 2000 also offers individual components.
Another field in the area of Optical Test Equipment technology concerns test solutions to overcome challenges in the telecommunications environment. The applications for measurement technology in this field include optical level measurement, OTDRs, OFDR, WDM, inspection of plug end surfaces with microscopes, and bit error and protocol analysis on transmission systems, whether this be within xDSL, Ethernet, SDH, or OTN environments. For measurement technology in laboratories, we offer solutions such as interferometers, RL/IL test solutions, polarization controllers and analyzers, and optical switches.
This module integrates a General Photonics all-fiber dynamic polarization controller with miniature piezo driver card, so that the SOP of the signal can be directly controlled either by a 0-5V analog control signal or a 12-bit TTL digital control signal. Because there is an on-board HV DC/DC converter, no external high voltage power supply is required.
The smart temperature chamber STC-101 enables the characterization of the temperature-dependent behavior of fiber optic components and other compact components. Accurate control of temperature, temperature distribution and temporal temperature history allows demanding applications such as the measurement of the Shupe effect in the fiber coils of a fiber...
The PolaRITE™ III is a low profile polarization controller for system integration with significantly reduced height and size.
GPCs’ all solid-state polarization switch can quickly and repeatably rotate the SOP of incoming light by a fixed angle, either 45 or 90 degrees. Both single mode and PM fiber pigtailed versions are available.
Fuente de mercurio y argón. Gracias a sus definidas líneas de emisión entre 253 y 1014 nanómetros es ideal y para calibraciones, siendo además muy económica. Con salida de fibra óptica SMA
This version of the PolaRITE™ manual polarization controller is conveniently pigtailed with or without connectors.
This is the in-line version of the PolaRITE™ polarization controller. It can be inserted into a fiber optic system to control the polarization state of light without having to disconnect any part of the system.
This is a fully connectorized polarization controller that comes with either male (PLC-005) or female (PLC-004) connectors, thus eliminating the headaches of fiber pigtails.
OCT and sensor systems require high performance balanced photodetectors to increase system signal to noise ratio. The BPD-002 is specially designed for use in research and development, with ease of use and high performance as the primary design goals.
Simultaneously detecting the powers of two orthogonal polarization components is important for many sensor and measurement systems, to either obtain polarization related information or minimize polarization sensitivity.
Speckle patterns from a multimode fiber can cause problems in many applications that require uniform, stable light distributions at the fiber output. The MMS-201 multimode scrambler, is specially designed to solve this problem.
Fuente de mercurio y argón. Gracias a sus definidas líneas de emisión entre 253 y 1014 nanómetros es ideal y para calibraciones, siendo además muy económica. Con salida de fibra óptica SMA