The system operates from a 100V or 120V nominal AC power source having a line frequency of 50 or 60 Hz. Before connecting the power cord to a power source, verify that the AC input voltage value is correct.
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[[NeoScan]] real-time field measurement and scanning system contains a 40 mW laser diode emitting Class 3B laser radiation at ~1550 nm. The direct output power from the fiber port of each probe channel on the front panel is less than 10 mW. The beam at 1550 nm is invisible to human being and the invisible beam can be hazardous if directed at the eye. Direct exposure of eye to the invisible laser beam must be avoided.
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The fans in [[NeoScan]] optical mainframe are required to maintain proper operation. Do not block the vents in the frame box.
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In order to avoid EMC/EMI effect, keep the [[NeoScan]] box as far away from the DUT as possible.
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Follow standard electrostatic-discharge precaution, including grounding yourself prior to making cable connections to the system. A ground strap provides the most effective grounding and minimizes the likelihood of electrostatic damage.
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Handle the probes and the PM fibers with extreme care.
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Gently clean and attach the appropriate fiber connectors to the correct fiber port of the [[NeoScan]] system.
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Do not excessively pull or bend the fiber.
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The probe tip is extremely fragile. Do not strike the probe tip. Always keep the probes in a safe place.
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Keep the cables and the fibers handy in safe positions, but out of the way and untangled.
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Always use an SMA torque wrench when connecting the SMA connectors.
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Do not over-torque the microwave SMA connectors.
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Do not over-tighten the optical connectors.