Used JDS UNIPHASE 1101P #68343 for sale

JDS UNIPHASE 1101P is a diode-pumped CW laser equipment designed to provide wavelength-stabilized, single-frequency operation. The device uses proprietary technology to achieve greater than 0.02 nm spectral fidelity and narrow linewidths. It is widely used in applications requiring extremely low-noise, continuous-wave lasers such as Raman and atomic spectroscopy, as well as holography and interferometry. 1101P system consists of a master oscillator unit, utility interface module, laser head, generator and controller. The master oscillator creates a single-frequency beam from a single diodes and low-noise semiconductor components. The laser head comprises the non-linear optics and polarization maintaining optical components necessary to produce the wavelength-stabilized output. JDS UNIPHASE 1101P laser unit incorporates both direct and indirect frequency stabilization for greater precision and accuracy. Direct frequency stabilization relies on regular measurement of the laser's actual output frequency using a Fabry-Perot cavity and automatic adjustments as necessary. The indirect frequency stabilization uses external cavities and an opto-mechanical regulator to maintain the desired output frequency. Additionally, the laser features a thermally-stabilized interferometer to achieve temperature-compensated output linewidths as small as 0.01nm. 1101P laser machine offers stability under changing environmental conditions with a maximum temperature drift specification of ±0.005nm/hr and a peak-to-peak frequency error of less than 15ppm. Additionally it offers computer control via ethernet, USB and GPIB. The tool is also equipped with over-temperature and optical-power-sensor monitors and additional control features that enable users to monitor and control parameters remotely. Overall, JDS UNIPHASE 1101P is an ideal device for applications requiring wavelength-stabilized, low-noise and reliable output. Through its direct and indirect frequency stabilization and automatic adjustments, the asset can achieve unparalleled accuracy and precision in output frequency, long-term stability and narrow linewidths. Its various control features enable users to remotely monitor and adjust laser performance as per their requirements.