溫度補償網路 的英文怎麼說

中文拼音 [wēnchángwǎng]
溫度補償網路 英文
temperature compensation network
  • : Ⅰ形容詞(不冷不熱) warm; lukewarm; hot; gentle; mild Ⅱ名詞1 (溫度) temperature 2 (瘟) acute ...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • : Ⅰ動詞1 (修理; 修補) repair; mend; patch 2 (補充; 補足;填補) fill up; add supplement; supply; ...
  • : 動詞1. (歸還; 抵補) repay; compensate for 2. (滿足) meet; fulfil
  • : Ⅰ名詞1 (捕魚捉鳥的器具) net 2 (像網的東西) thing which looks like a net 3 (像網一樣的組織或...
  • : 1 (道路) road; way; path 2 (路程) journey; distance 3 (途徑; 門路) way; means 4 (條理) se...
  • 溫度 : [物理學] temperature
  • 補償 : compensate; make up; make up for; make it up to sb. ; make sth. good; compensation; offset
  • 網路 : 1. [電學] network; electric network2. (網) meshwork; system; graph (指一維復形); mesh
  1. Modbus transducer is the key device in the system and is used to offer power supply of pressure and temperature sensor, to collect signal, to linearizate and compensate temperature, to calculate density, volume and mass, to transmit data to modbus network, and display the data. so the modbus transducer is a multi - parament measurement, intelligent control device which can manage multi - signal

    變送器是系統的核心設備,其作用是為油罐、壓力、液位、可燃氣濃等傳感器供電,採集傳感器信號並進行線性化、等處理,完成密、體積和質量等參數計算,將數據輸出到modbus現場總線測控,根據需要現場顯示計測量參數。
  2. Buried zener - based references are frequently used for 12 - bit, 14 - bit, and higher resolution systems because the performance of the buried zener - based references can be extended by incorporating nonlinear temperature compensation networks into the design

    在設計中使用非線性溫度補償網路,掩埋齊納二極體基準的性能可以進一步提升,因此掩埋齊納二極體基準經常用於12位、 14位和更高解析的系統中。
  3. The factory has possessed advanced production equipments and wire cable check equipment at domestic. first class technology will provide you wire cable with fluorin polymer used in in aviation spaceflight, electric cables, control cables, computer cables, compensatory wire cables, fire - proof cables with high temperature, general plastic cables that classified into sixteen species and over one thousand specifications. cables for " hongyuan " brand are widely used in the fields of spaceflight, national defence, electric petroleum chemistry, steel, public establishments, environmental perfection and architecture. temperature - proof cables with " hongyuan " brand were awarded with famous products in 2001 which are widely sold all through the world and have been won customers trust

    一流科技力量為您提供航天用含氟電線電纜電力電纜耐熱防腐硅橡膠電纜耐高電纜控制電纜計算機電纜用電線電纜船用電纜橡套電纜阻燃防火電纜等十六大類,一千多種規格產品,並可根據擁護特殊要求,自行設計生產,以滿足顧客要求,多年來「宏源」牌電線電纜廣泛用於航空航天國防軍工電子原件電力石化鋼鐵冶金公共設施環保建築等領域,深受廣大用戶高評價和信賴。
  4. In order to improve measurement precision and display fidelity of the instrument, three new methods of nonlinear calibration of thermal instruments, which are based on intelligent control theory, are presented in this paper, such as nonlinear compensation of zr02 oxygen measurement instrument using bp nn, nonlinear calibration of temperature measurement sensors using cmac nn and nonlinear identification of throttle flow meter using ga. these methods prove to be not only simple but also effective

    火電廠熱工儀表普遍存在非線性特性,為了提高參數測量的準確和儀表顯示的精確,基於智能控制理論,文中提出了熱工儀表非線性校正的新方法: bp神經氧化鋯氧量計非線性特性的方法、 cmac神經校正測傳感器非線性特性的方法、遺傳演算法辯識節流式流量儀表非線性特性的方法。
  5. The first one is to obtain the nonlinear characteristics. the second one, on the other hand, is to calibrate the nonlinear characteristics of the piezoresistance sensor for the purpose of greatly reducing the sensor and wireless sensor network on the influence of the ambient temperature and the power fluctuation

    為了提高無線傳感器體系中傳感器的精和智能化程,本文把rbf用於傳感器的校正和,可以獲得傳感器的非線性特性,並且能夠校正傳感器的非線性現象,大大降低傳感器及無線傳感器體系受環境和電源波動等因素的影響。
  6. The keys of improving the atcxo temperature frequency characteristic are appropriately choosing compensation network and optimization calculation the network parameter

    的合理選取和參數的優化計算是提高atcxo產品的頻率特性的關鍵。
  7. Aiming at the pressure sensor in fcs, the static nonlinear compensation vi with neural networks ( nn ) is designed using labview. secondly, the dynamic characteristic of the sensor is analyzed

    首先,本文分析傳感器的靜態特性和非線性誤差,利用labview針對飛控系統中的壓力傳感器,運用神經方法設計靜態非線性儀。
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