娛樂中心／綜合報導
▲余天（左）跟李亞萍都很疼愛余苑綺。（圖／資料室）
余天與李亞萍的二女兒余苑綺（現改名余泳澐）因罹患直腸癌末期，目前積極抗癌，至今熬過近70次化療，日前余天曾透露余苑綺身體出現抗藥性，化療已經無效，癌指數飆升，還有很多癌細胞在肺裡爆開，因此正在接受沒有副作用的最新放射性療程，讓他相當不捨。日前搬新家，收到禮物，讓她感動致謝。
李亞萍說余苑綺之前因為癌指數飆高，覺得一路抗癌都沒用，情緒難免受影響，也會對身邊親友都不耐煩，不過自從跟小孩一起搬出夫家租房子住後，心情變得比較沒壓力，而余苑綺老公就兩邊跑，「一切都以綺綺健康為前提，她在夫家跟大家庭一起住，比較沒辦法專心養病。」
▲余苑綺開心抱著小孩。（圖／翻攝自臉書）
只不過因為新家剛裝潢好，會有刺鼻的甲醛味不好聞，連小孩都抱怨有怪味，正巧當時收到團購達人486先生（陳延昶）寄給她空氣清淨機，讓她發文感謝，開心與小孩合照。
▲余苑綺收到486先生的禮物。（圖／翻攝自臉書）
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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.
In terms of its specification, a typical log periodic antenna might provide between 3 and 6 dB gain over dipole for a bandwidth of 2:1 while retaining a VSWR level of better than 1.3:1. 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.
EMC/EMI pre-compliance test antenna.
Very high gain over the full frequency range.
Meets latest EMC standards up to 7GHz.
Suitable even for immunity measurements
引用自: https://www.setn.com/News.aspx?NewsID=1107826
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