示波術 的英文怎麼說
中文拼音 [shìbōshù]
示波術
英文
oscillography-
This paper describes the function of oscilloscope, the possibility and the combination with avometer in examining and repairing color tv in the view of the emerge of new technologies, new circuits and new types and also points out the significance of the examination and repair of tv with " oscilloscope plus avometer "
摘要針對目前彩電新技術、新電路、新機型的推陳出新,通過闡述示波器在檢修彩電中的作用、可行性以及和萬用表配合使用的結合點,指出「示波器萬用表」檢修彩電的重要意義。As a new development in the field of electronic oscilloscopes a hand - held digital oscilloscope is a truly integrated test tool, with digital storage oscilloscope ( dso ), multimeter and digital ondometer in one easy - to - use instrument
=手持式數字示波表是示波器技術的一個新的發展方向。通過使用大規模集成電路和液晶顯示器,它把數字存儲示波器、數字頻率計、數字萬用表組合在一個手持式儀表體內。Series oscilloscopes with megazoom iii technology
系列示波器連megazoom iii技術The apparatus, with the specialities such as miniature, automation, flexibility, and individual - computer managing has become the developing trendof the testing equipment today. based on analysis of the characteristic and the system structure of the visual instrument, the paper has studied the design idea of it, put forward the exploiting methods of the visual instrument based on the object - oriented technique, exoatiated on the technique kernel of design the visual instrument under windows environment, designed a typical visual instrument " vis - 1 signal - analyzing and wave - displaying system ", which integrates multi - function instruments such as general oscillograph and ulf oscillograph real - time signal recorder wave and frequency - pedigree analysis instrument. the system has more excellent functions and characteristics than traditional instruments
本文研究了虛擬儀器系統的設計思想,在分析虛擬儀器系統的特點及其體系結構的基礎上,提出了基於面向對象技術的虛擬儀器系統開發方法;闡述了windows環境下實現虛擬儀器的技術要點;實現了一個典型的虛擬儀器系統「 vis ? 1信號示波分析系統」 ,該系統集普通示波器、超低頻示波器、存儲示波器、瞬態信號記錄儀、波形及頻譜分析儀等多種儀器功能於一身,並具有許多傳統儀器難以達到的優越功能和性能。3. passive and active time - domain demodulation schemes were demonstrated based on a fiber bragg grating used as a tunable filter controlled by a piezoelectric stack, which was driven by an electrical sine wave signal. the measured strain applied on the sensor axially could be judged by observing the interval of the output between notches within a driving period in time - domain
利用匹配濾波技術,分別採用無源和有源方式,藉助受pzt驅動的解調光柵,將待測應變信息變為時序負脈沖間隔的變化,利用常規的示波器觀測同一掃描周期中兩負脈沖在時域中間隔的變化來確定待測應變的變化。The digital oscillograph offered us the convenience technical platform
數字示波器為我們的測量提供了方便的技術平臺。Sopc brings another develop technology to it. the content of this dissertation is about one of solution of digital portable, dual channel, store oscilloscope which is based on sopc technology
與此同時,高性能、低功耗、微型化是現代數字示波器發展的一個方向, sopc技術的出現為數字示波器的這種發展方向帶來了一種新的開發技術。The following charts are typically obtained from single - cuff and dual - cuff nibp measurement. the waveforms from dual - cuff method has obvious advantage compared to that from single - cuff method fig
比較普通單袖帶示波法圖1和雙袖帶血壓測量技術取得的波形圖2 ,可以很清晰地看出後者的優越性。The validity of the expression was verified by the instrumented impact test and caustic test results for hq785c steel
分別採用受慣性效應影響的示波沖擊試驗及無慣性效應的焦散線技術對hq785c鋼進行了動態測試,驗證了修正公式的有效性。Research on the uncertainty of transition duration of broadband sampling oscilloscope based on nose - to - nose technology
技術的寬帶取樣示波器過渡時間不確定度的研究High - speed random sampling of high - speed digitizing storage oscilloscope is discussed in this thesis and which are mainly analysed in the time - domain and the frequency - domain
本課題研究對象是高速數字存儲示波器的高速隨機取樣變換技術。主要從頻域和時域兩個方面加以分析論述。First of all, the paper illustrates kinds of dso, theory of random sample convert and the task " aim
本文首先介紹了數字化示波器的分類,隨機采樣技術的基本原理及課題任務。General specification of passive voltage probes used for oscilloscopes
示波器用無源電壓探極通用技術條件The present paper explores the verification method for the technical specification of the general purposes oscilloscopes and the expaniding application for the measurements in the time domain
摘要探討通用示波器技術指標的檢定方法及其在時域測量中的擴展應用。This paper include the following parts. firstly the sine exciting - voltage is guaranteed by direct digital synthesize technology ; secondly the digital output of cos ( 9 ) and sin ( 9 ) are generated by microcontroller ; thirdly the two voltage signals which are the product of the two former signals gained by the multiplying d / a converter, being filtered and amplified, have constant frequency, and one amplitude has sine function relationship of with the input angle, and the other amplitude has cosine function relationship of with the input angle ; finally the two signals are acquired and analyzed by relative instrument and software
主要由以下幾部分組成:用數字頻率合成技術( dds )產生正弦激勵電壓信號u _ msin ( t ) ;用單片機產生幅度的數字量輸出sin ( )和cos ( ) ;用乘法型d a轉換器實現激勵電壓和幅度的乘積,並通過濾波器和功放后即得到頻率固定,幅值隨輸入角成正餘弦變化的電壓信號;最後用數據採集卡採集輸出信號,顯示波形並進行頻譜分析。Firstly, object - oriented programming method and relation database technology are used to realize protective information management, with a multiple tires " client / server architecture. using it, the technical staffs can check all kinds of reports, fault waves and setting values of protection. secondly, based on protective principles of ta21 series protection devices, protective function is simulated by using object - oriented technology
首先,本文將面向對象方法和關系數據庫技術結合起來,採用psmis的多層客戶?服務器體系結構實現對保護信息的管理,以便供電段技術人員查看保護裝置的整定值、各種報告、故障錄波(系統不僅能顯示波形,還能動態顯示波形每一點的峰值、有效值、相位,甚至阻抗值及阻抗角、諧波含量等) 。General specification and test method for digital storage oscilloscopes
數字存儲示波器通用技術條件和測試方法Chapter 5 makes a converse - project analysis of a lcos chip which from a hmd product, for the reason that we can not get the chips ’ pin definition, the sequential and the electric properties documents. after measurement by oscillograph, then combined with the works above, we got the pin definition and the basic sequential properties
通過示波器的測定及讀數統計,再結合上一章的演算法、時序計算結果和第二章對lcos技術的理解,得出了該晶元20個引腳的功能對應關系和基本時序特性。Qualitative and quantitative measurements of disturbances in channel suspensions are carried out using dye emission and piv techniques
然後採用染色線流動顯示技術與粒子圖像測速技術對槽流懸浮流的擾動波特性進行定性和定量觀測。According to this technique, two cuffs are applied to the patient s arm during the period of nibp measuring. the upper cuff supplies varied pressure to the arterial vessels, meanwhile the lower cuff acts as a stethoscope to detect pulse signals
雙袖帶血壓測量技術建立在傳統血壓測量技術的基礎上,結合柯氏音和示波法測量的優點,讓自動準確的測量成為可能。分享友人