Found 6 results for "Luna,General Photonic"
LUNA's OVA5100 is the fastest, most accurate and efficient optical vector analyzer available for the analysis and testing of loss, polarization, dispersion and other optical parameters of thousands of modern optical devices and systems, including photonic integrated circuits (PICs).
The OBR4600 is the latest model of LUNA's award-winning backlight reflectometer. Specifically designed for device and short-term network testing and fault location, the OBR4600 features backlight level sensitivity for ultra-high resolution. With up to 10 micron spatial resolution, zero dead zone, integrated temperature and stress detection and extension mode, the OBR4600 offers unmatched fiber optic testing capabilities.
The Luna 6415 optical device analyzer uses optical frequency domain reflection (OFDR) technology to obtain backward Rayleigh scattered light or transmitted light as a function of distance by detecting it.The Luna 6415 is the ideal analyzer for photonic integrated circuits and silicon optical chips, thanks to its ultra-high sensitivity and spatial resolution (20 μm).The Luna 6415 single instrument can perform all tests of IL, RL, length, etc. by selecting reflection or The Luna 6415 can perform all tests such as IL, RL, and length by selecting reflection or transmission modes, which greatly reduces test costs and simplifies the test process. Compared with other test systems, it will greatly increase the test yield.
It is a full-featured all-fiber polarization state controller instrument that can be operated locally or remotely with multiple operation modes.
The PCD-104 Scrambler uses all-fiber technology to effectively disrupt the polarization state. the PCD-104 Scrambler achieves depolarization for a variety of important applications. Scrambling the input light eliminates measurement inaccuracies due to the polarization sensitivity of the instrument and system performance degradation due to PDG during testing. The PCD-104 offers superior performance with *low insertion loss, return inversion, and residual phase and amplitude modulation.
ERM-202 full-band extinction ratio tester is a single-channel and dual-channel optional extinction ratio tester, which can achieve full-band measurement from 1260 to 1650nm. It can be used to measure the extinction ratio and power ratio of dual output polarization-preserving devices, such as: Y-branch fiber optic gyro IOC, polarization-preserving coupler (PMC), polarization beam splitter (PBS), and also to evaluate the output polarization of the polarizer.