国产精品亚洲一区二区三区在线 ,国产成人亚洲综合

TranslationMobile

頻率損耗

"frequency" in Chinese : n. 1.屢次，頻仍，頻繁。 2.(脈搏等的)次數(shù)，出現(xiàn) ...
"loss" in Chinese : n. 1.喪失；丟失，遺失。 2.減損，損失，虧損(額) ...
"channel loss frequency characteristic" in Chinese : 通路衰耗頻率特性
"frequency conversion loss" in Chinese : 變頻損耗
"frequency-dependent energy loss" in Chinese : 頻率相關能量損耗
"high frequency hearing loss" in Chinese : 高頻聽力損失
"high frequency loss" in Chinese : 高頻損耗; 高頻損失
"high-frequency loss" in Chinese : 高頻損耗
"loss due to frequency conversion" in Chinese : 變頻損耗
"medium-frequency loss" in Chinese : 中頻損耗
"radio-frequency loss" in Chinese : 射頻損失
"radio-frequency power loss" in Chinese : 射頻功率損失
"telephone frequency loss" in Chinese : 電話頻率損耗
"radio-frequency loss-angle technique" in Chinese : 射頻損耗角技術
"at a loss" in Chinese : 不知所措，困惑；虧本地; 不知怎辦; 虧本的，茫然不知所措的; 困惑, 虧本 ...

Examples

Exterior the support video frequency loss reports to the police with the migration detects reports to the police
支持視頻丟失報警和移動偵測外部報警。
Measurements of the electrical properties of transmitting tubes - measuring methods of high frequency loss for interelectrode insulators
發(fā)射管電性能測試方法電極間絕緣體高頻損耗的測試方法
( 3 ) investigations show that icc shielding layer structures help reduce high frequency loss , enhance q value , and widen frequency application range of ic components
( 2 )設計出低損耗的連接線和i / opad 、高諧振點的集成電感以及高對稱性/高平衡度的集成巴侖。
Basing on other researchers ’ work , this paper has put forward a novel type of icc ( induced current cancellation ) shielding layer for rfic / mmic performance improvement , to reduce high frequency loss , increase q value , and expand its application frequency range . and present how to realize rfic / mmic components such as i / o pad , inductors , baluns and so on by applying icc shielding layer structures . furthermore co - design methods of ic component structure and foundry process structure designs has been presented in this thesis
在無線通信技術對cmos射頻/微波集成電路需求的大背景下,本論文提出了用于高頻集成電路( rfic / mmic )器件的各類新型icc ( inducedcurrentcancellation ,感應電流相消)屏蔽工藝結構,由此設計制造的ic部件解決了傳統(tǒng)半導體工藝無法實現(xiàn)射頻/微波集成電路的難題,以達到降低高頻集成電路器件的高頻損耗,提高器件q值以及擴寬器件應用頻帶的目的。