Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)"
]
}
}
《名偵探柯南》 x 麥當勞聯名！日式炸雞漢堡限定登場 | 蕃新聞
本文引用自: https://n.yam.com/Article/20240411455778
The Log Periodic Antenna as known as LPDA is a wideband directional antenna that provides gain and directivity combined over a wide band of frequencies.
Both Log-Periodic Antennas and Yagi antennas are high gain directional antennas. The main difference between these antennas is that Log-Periodic Antennas support wider frequency bandwidths and are physically much larger than Yagi antennas.
The log-periodic dipole array typical VSWR is 2:1 and operates over a much wider bandwidth and will have a lower gain for an equivalent number of elements.
With this level of performance, it is ideal for many applications, although a log-periodic antenna will be much larger than a Yagi of an equivalent gain.
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《名偵探柯南》 x 麥當勞聯名！日式炸雞漢堡限定登場
獨家報導/獨家報導
2024.04.11 18:20
獨家報導 記者王佳琦／綜合報導
日本動漫《名偵探柯南》系列最新電影版《名偵探柯南：100 萬美元的五稜星》即將上映，引發粉絲熱烈期待。為慶祝此一盛事，速食業巨頭麥當勞宣布，自 4 月 17 日起與《名偵探柯南》合作，推出限期企劃，為粉絲們帶來全新的用餐體驗。
麥當勞這次與《名偵探柯南》合作，特別推出了兩款配合電影的宣傳廣告。其中「名偵探柯南 傳說中的款待篇」以柯南旁白介紹神秘的傳說祕堡為主題，呈現眾人與全新菜品「油淋雞炸雞堡」的驚喜登場；而「名偵探柯南 黃昏的款待篇」則聚焦在怪盜基德身上，介紹兩款以米漢堡為基礎的日式炸雞堡。
除了美味的漢堡，從 4 月 17 日至 29 日，位於東京澀谷的西村大樓更會出現以毛利蘭獨特髮型為標誌的戶外廣告，為這次合作增添了更多的驚喜元素。
本次限期合作的漢堡將於 4 月 17 日正式上市，喜愛《名偵探柯南》的粉絲們可在日本麥當勞店內一同品味這份特別的合作企劃。
更多《獨家報導》
本文引用自: https://n.yam.com/Article/20240411455778
The Log Periodic Antenna as known as LPDA is a wideband directional antenna that provides gain and directivity combined over a wide band of frequencies.
Both Log-Periodic Antennas and Yagi antennas are high gain directional antennas. The main difference between these antennas is that Log-Periodic Antennas support wider frequency bandwidths and are physically much larger than Yagi antennas.
The log-periodic dipole array typical VSWR is 2:1 and operates over a much wider bandwidth and will have a lower gain for an equivalent number of elements.
With this level of performance, it is ideal for many applications, although a log-periodic antenna will be much larger than a Yagi of an equivalent gain.
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