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RF Microwave Antennas, EMC test equipment (Double Ridged Horn Antenna, Open boundary double ridged horn antenna, Quad Ridged Horn Antenna, Standard Gain Horn antenna, Waveguide to coax Adapter, precision Sleeve Dipole Antenna, Log Periodic Antenna, Antenna Tripod, RF connectors

HA-0218G-NF

Applications:

  •  2GHz to 18GHz
  •  6061 Aluminum metal alloy
  •  Stainless Steel N-female
  •  Taiwan Design, Made in Taiwan

Features:

  • High Power 300W (peak) 150W (Cont)
  •  DC Short lightning protection
  •  Low VSWR
  •  Uniform Gain
  •  Consolidated performance database

The s of the FT-RF horn double ridged antenna series are characterized by an enormous broad frequency range from 2GHz to 18GHz and very high input powers reach to 300W. The gain increases with increasing frequency up to max 17 dBi. The products are in stock and can be shipped
It is suitable for both transmitting and receiving purposes, especially suitable for microwave and EMC measurements.
This antenna has a more uniform gain and antenna factor because of the better behavior of its radiation pattern.

For EMC/ EMC testing: 

  • Pre-compliance testing lowers the chances of certification failure.
    You can make adjustments throughout the design phase with pre-compliance testing.
    Fixing issues after compliance testing are far more costly and time-consuming than fixing them at the design stage.
    Pre-compliance testing might concentrate on the areas where you are concerned about potential issues.
    Instead of looking for faults, pre-compliance testing focuses on identifying solutions.

Standard gain s are used as calibration devices that measure the gain of other antennas.

These antennas are made up of a combination of a Waveguide to Coax Adapter and Standard Gain Horn with Waveguide Input. It is a kind of simple combination but with great care and attention to create an antenna with accurate and suitable specs.

FT-RF Standard gain product series includes waveguide sizes WR28, WR42, WR51, WR62, WR75, WR90, WR112, WR137, WR159, WR187, WR229, WR284 and WR340, WR430, WR510, WR650, WR770, WR975, WR1150, WR1500, WR1800, WR2100, WR2300, with broadband waveguide s have frequency capabilities ranging from 320Mhz to 40 GHz depending on type and style. with the gain of 10dBi, 15dBi, 20dBi and 25dBi.

來自元宇宙的「超新星」Lady LayLa 萊拉,近日由元人娛樂 METASTAR 率先發布首發單曲 MV〈元來〉。

元人娛樂表示,〈元來〉是指「元宇宙時代已經到來」,萊拉在整首 MV 中,以前衛的穿著、多變的造型,帶領觀眾進入前所未有的虛幻世界、穿梭於炫麗的元宇宙時空中,其特有的歌喉與唱腔、融合嘻哈與電音的動感曲風,在舞群們勁歌熱舞的陪伴下,熱力四射、舞力全開,陣容架式十足,是場絕美極致饗宴。

Double-Ridged Horn Antenna

Open Boundary Double Ridged Horn Antenna

Waveguide Input Antenna

RF Connector

Standard gain s are used as calibration devices that measure the gain of other antennas.

These antennas are made up of a combination of a Waveguide to Coax Adapter and Standard Gain Horn with Waveguide Input. It is a kind of simple combination but with great care and attention to create an antenna with accurate and suitable specs.

FT-RF Standard gain product series includes waveguide sizes WR28, WR42, WR51, WR62, WR75, WR90, WR112, WR137, WR159, WR187, WR229, WR284 and WR340, WR430, WR510, WR650, WR770, WR975, WR1150, WR1500, WR1800, WR2100, WR2300, with broadband waveguide s have frequency capabilities ranging from 320Mhz to 40 GHz depending on type and style. with the gain of 10dBi, 15dBi, 20dBi and 25dBi.

元人娛樂指出,擁有亮麗外型、剛滿 20 歲的 Lady LayLa 萊拉,就像你我一樣,有自己的個性與偏好,對人生懷抱理想、勇敢追尋夢想,在初出道的路上,希望粉絲們會喜歡首發 MV 的歌曲風格,就像現實世界中「Nobody is perfect」,來自元宇宙的她,將會持續在歌喉唱腔、舞蹈的展現和樣貌造型上精進學習、追求完美。

早在三年前,元人娛樂就鎖定元宇宙新紀元,以「寫實感的虛擬偶像」為目標來打造新世代的偶像,團隊在多方嘗試 AR、MR、VR 的技術應用後,Lady LayLa 萊拉終於以台灣第一位「元宇宙偶像歌手」的稱號出道。

在數位浪潮席捲現代人日常生活之際,人們在社群媒體上,早就習慣以不同形式的角色和樣貌切換呈現,Lady LayLa 萊拉也因此有別於市場上因動漫和遊戲的普及,而活躍於網路等虛擬場景的「虛擬偶像」,她將自在地穿梭於虛擬與現實之間,消弭真實世界與元宇宙間的分際。

元人娛樂表示,首發單曲 MV〈元來〉的問世,是萊拉與觀眾的初見面,之後陸續發行的全新單曲 MV 將持續為粉絲們帶來不同的感受。

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以下內文出自: https://tw.news.yahoo.com/%E5%8F%B0%E7%81%A3%E9%A6%96%E4%BD%8D%E5%85%83%E5%AE%87%E5%AE%99%E5%81%B6%E

Standard Gain Applications:

  • - Antenna measurement
  • - Radar Detection System
  • - Wireless Communication
  • - Spectrum Monitoring
  • - Electromagnetic interference Testing (EMI test)