Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)
Log Periodic Antenna (LPDA)"
]
}
}
楊曜聰自行宣布落選 未來持續關心故鄉讓彰化更好 | 蕃新聞
▲彰化縣第二選區國民黨候選人楊曜聰稍早自行宣布落選，強調未來還是會持續關心故鄉，讓彰化更好！（記者林明佑翻攝）
【亞太新聞網／記者林明佑／彰化報導】 彰化縣第二選區國民黨候選人楊曜聰稍早自行宣布落選，他表示，曜聰素人參政，在基層經營上比較薄弱，加上個人努力不夠，還有藍白未能整合成功，致政黨輪替目標落空，甚為遺憾，但曜聰未來還是會持續關心故鄉，讓彰化更好！
楊曜聰表示，很感謝這一路來，縣長王惠美與前立委林滄敏、議長謝典林、副議長許原龍與選區議員顧黃水花丶白玉如、黃千宴、溫芝樺、葉永清、陳銌銌與花壇鄉長顧勝敏及眾多鄉市民代表、村里長的支持與力挺，還有許多鄉親的鼓勵與打氣，認識了很多朋友，是個很棒的經驗。
楊曜聰強調，未來還是會持續關心故鄉，讓彰化更好，對醫療丶教育、地方建設提出一些好的建議，也期待當選的黃秀芳委員能把曜聰的政見列入，讓彰化鐵路高架、捷運綠線進彰化，讓彰化越來越好！
以下內文出自: https://n.yam.com/Article/20240113278673
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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楊曜聰自行宣布落選 未來持續關心故鄉讓彰化更好
▲彰化縣第二選區國民黨候選人楊曜聰稍早自行宣布落選，強調未來還是會持續關心故鄉，讓彰化更好！（記者林明佑翻攝）
【亞太新聞網／記者林明佑／彰化報導】 彰化縣第二選區國民黨候選人楊曜聰稍早自行宣布落選，他表示，曜聰素人參政，在基層經營上比較薄弱，加上個人努力不夠，還有藍白未能整合成功，致政黨輪替目標落空，甚為遺憾，但曜聰未來還是會持續關心故鄉，讓彰化更好！
楊曜聰表示，很感謝這一路來，縣長王惠美與前立委林滄敏、議長謝典林、副議長許原龍與選區議員顧黃水花丶白玉如、黃千宴、溫芝樺、葉永清、陳銌銌與花壇鄉長顧勝敏及眾多鄉市民代表、村里長的支持與力挺，還有許多鄉親的鼓勵與打氣，認識了很多朋友，是個很棒的經驗。
楊曜聰強調，未來還是會持續關心故鄉，讓彰化更好，對醫療丶教育、地方建設提出一些好的建議，也期待當選的黃秀芳委員能把曜聰的政見列入，讓彰化鐵路高架、捷運綠線進彰化，讓彰化越來越好！
以下內文出自: https://n.yam.com/Article/20240113278673
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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