In this part, we provide some inportant news to enlarge the specific knowledge focus on test equipments, electrical, electronics and telecommunication field.
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HOW TO CHOOSE AN OPTICAL FIBER FUSION SPLICER (WELDING MACHINE, OR SPLICING MACHINE) Introduction Since optical fiber launched for business application in mid 1980s, it’s about 30 years now. People totally realize its benefits and it is widely used worldwide. However, it is a challenge for the engineer to choose an effective fusion splicer. Even through, most of engineers have been working in the fiber optic industry in many years and know what fusion splicer is and its applications.
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How to use and choose the correct launch fibers for Optical Time-Domain Reflectometer (OTDR) With the operation of an OTDR, it requires a launch fiber/cable, and sometimes use a receive fiber/cable. The launch cable, is also called a “pulse suppressor” or “dummy fiber”, allows the OTDR to recover after the test pulse is sent into the fiber. This cable also provides a useful reference on the first connector of the fiber under test for measuring its loss and reflectance.
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Teledyne LeCroy has announced the addition of Symbolic (Application) layer analysis capabilities to their unique and industry leading CAN and CAN FD serial trigger, decode, measurement, and graphing solutions. Teledyne LeCroy is the only manufacturer of CAN FD measurement and graphing capabilities, and was the first to provide a trigger and decode solution for CAN FD. The new CAN and CAN FD Symbolic analysis features allow using .dbc file for Symbolic triggering, decoding, measurements, and graphing of a CAN or CAN FD bus.
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What features of the consumer electronics field affect test and measurement user efficiency The opportunities are that you own a lot of consumer electronics as camera, smartphone, tablet or similar device. Just like the PC increased productivity, consumer electronics have helped users to be more efficient and to accomplish tasks faster.
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Uninterruptible Power Supplies (UPS) checking with Power Quality Analyzer No electricity provider can ensure that an electrical supply don’t have voltage and frequency variations. The possibility of faults occurring in users’ installations or in the public distribution system remains incontrovertible and unforeseeable. Since information technology (IT) installations are particularly sensitive to power supply oscillation and distortions, they typically rely on an uninterruptible power supply (UPS) to deduct.
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