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| | | Application-Specific Products @ | | |
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| | | ptical Communication and Laser Beam Measurement Fields | | |
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| | | Optical Beam Measurement | | |
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| | | Ш Laser Beam Profiler LEPAS -12 | | |
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| | | It consists of an IEEE1394 I/F board and software, and highly precise and highly efficient beam analysis can be conducted by combining with an exclusive optics and a industrial digital camera. By using the high-performance digital camera, the high resolution measurement, high dynamic range measurement, and pulse light measurement are possible. | | |
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| | | ■ Optics for Laser Beam Analysis | | |
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| | | Full range of optics for measurement of a wide variety of optical beams are available including for FFP and NFP optics. | | |
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| | | ■ Cameras for Laser Beam Analysis | | |
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| | | A wide lineup of cameras ranging from UV to infrared is available. Cameras capable of suppressing interference fringes from the laser beam are also available. | | |
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| | | Optical Fiber Chromatic Dispersion Measurement | | |
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| | | •Chromatic dispersion measurement in single-mode optical fiber | | |
| | | OStreak Camera C5680 | | |
| | | The speed of an optical pulse transmitted through an optical fiber varies according to the wavelength. Chromatic dispersion in the optical fiber can be accurately measured with a streak camera that is an ultra high speed photodetector system. | | |
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| | | '■ Optical Fiber Chromatic Dispersion Measurement System | | |
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| | | This system measures the difference in travel time between light pulses at different wavelengths after transmitted through a long optical fiber, using a streak camera and time-resolved photometry. | | |
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| | | Measurement result (streak Image) ► | | |
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| | | High Speed Optical Signal Measurement | | |
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| | | Our optical oscilloscopes are highly adaptable to the fast changing world of optical communications since they make maximum use of sophisticated light detection technology and processing/analysis techniques. | | |
| | | OSampling Optical Oscilloscope C8188 | | •POF transmission characteristics measurement | | |
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| | | ■ Sampling Optical Oscilloscope C818 | | |
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| | | The C8188 evaluates the characteristics of high speed optical signals, including laser diode time response and optical fiber transmission characteristics. There is no waveform distortion since our unique sampling technology carries out all the operation from light detection to signal processing in one unit. This makes an ideal measurement device for evaluating laser diode pulse characteristics, glass fiber transmission characteristics, plastic fiber (POF) band measurement, and system evaluations, etc. | | |
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| | | Optical Fiber and Device Characteristics Evaluation | | |
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| | | Hamamatsu provides ultra-short pulsed light sources for evaluating optical fiber and device characteristics. These are used in evaluating frequency characteristics of fibers used in POF optical communications and gigabit Ethernet as well as finding the response characteristics of light receiver devices. | | |
| | | OPicosecond light pulser PLP-10 | | |
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| | | ■ Picosecond Light Pulser PLP-10 | | |
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| | | The PLP-10 Is an ultra-short pulsed light source using a laser diode (LD). The PLP-10 Is comprised of a controller and a laser diode head. The heads are available in 12 types with a wavelength range from 375 nm to 1550 nm. | | |
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