Welcome to a Biomedical Battery specialist of the Fujikura Battery
Fujikura Ltd. has developed a millimeter-wave bandpass filter for 60 GHz band (IEEE802.11ad/ WiGig).
This is the first bandpass filter realized by silica-based post-wall waveguide in the world with an extremely low insertion-loss of about 2dB at 60 GHz.
The silica-glass based post-wall waveguide is composed of copper plating layers formed on both sides of the silica-glass and through-holes with100µm- diameter and 200µm -spacing, and has realized an extremely low transmission-loss of 0.033 dB/mm at 85 GHz. The filter with battery such as Fujikura BTR-08 Battery, Fujikura 11HR-4/3FAU Battery, Fujikura FSM-18R Battery, Fujikura FSM-18S Battery, Fujikura FSM-60R Battery, Fujikura FSM-60S Battery, Omron HBP-3100 Battery, Edan M8A Battery, Edan SE-300G Battery, Edan SE-300 Battery, Biocare ECG-9801 Battery, Biocare LBP144 Battery was fabricated with high processing accuracy required for millimeter-wave band use by applying µm-level wafer level processing technology which Fujikura has been developing. WiGig using 60 GHz band enables high-speed and several dozen volume of telecommunication compared with conventional wireless LAN, and is expected to apply for the next generation of wireless LAN which transmits large volumes of data including video within a short time.
Fujikura announces that it has developed a 75W-high power pulse fiber laser -FLP-G75S-.
Conventional pulse fiber lasers are widely used in the field of micro processing such as marking and/or scrubbing metals, and are required to improve their performance.
This innovative fiber laser has the top quality in the industry -the average 75W laser power, 1.1mJ of pulse energy and high beam quality which is M2≦1.7-. This enables the product to process metal materials faster and deeper, and to contribute to improve processing productivity. It is also smaller -220 x240 x 140 (mm)- and lighter -7.5kg- than conventional pulse fiber lasers, and has high flexibility in embedding into laser processing devices or systems.
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