sample n. 1.樣品,貨樣。 2.標本;榜樣,實例。 3.【統(tǒng)計】典型取樣,抽檢查。 4.【電訊】信號瞬時值。 5.【冶金】 〔 pl. 〕 鋅華。 That is a fair sample of his manners. 那就是他的典型態(tài)度。 a light sample 光脈沖。 up to sample 1. 和樣品一樣[相符]。 2. 可以接受的,可以同意的。 vt. 從…取樣,從…抽樣;提供;貨樣;對…進行抽樣檢查。
Expression of the properties of sampling oscilloscopes 取樣示波器性能的表示法
Verification regulation of 1 ghz sample oscilloscope 1ghz取樣示波器檢定規(guī)程
Method for expression of the properties of sampling oscilloscopes 取樣示波器性能的表示方法
Research on the uncertainty of transition duration of broadband sampling oscilloscope based on nose - to - nose technology 技術(shù)的寬帶取樣示波器過渡時間不確定度的研究
Thirdly , the uncertainty factors of calibrating broadband sampling oscilloscope based on “ ntn ” technology are analyzed 第三、分析“ ntn ”技術(shù)校準寬帶取樣示波器的不確定度分量。
Fourthly , the method of estimating uncertainty of calibrating broadband sampling oscilloscope based on “ ntn ” technology is researched 第四、研究“ ntn ”技術(shù)校準寬帶取樣示波器的不確定度評定方法。
The dissertation is presented as four parts : firstly , the principle of calibrating broadband sampling oscilloscope based on “ ntn ” technology is introduced 其主要內(nèi)容分如下四個部分進行闡述:第一、從原理上介紹“ ntn ”技術(shù)校準寬帶取樣示波器。
The uncertainty factors of calibrating broadband sampling oscilloscope based on “ ntn ” technology are analyzed in detail , and the estimating method of uncertainty is researched thoroughly in this paper 本文詳細分析了“ ntn ”技術(shù)校準寬帶取樣示波器的不確定度分量,并深入研究了不確定度的評定方法。
" nose - to - nose " calibration technology is a broadband sampling oscilloscopes calibration method . compared with traditional calibration method , its excellences are simple equipment , strong adaptability and general calibration “ nose - to - nose ”校準技術(shù)是一種寬帶取樣示波器的校準方法,相對于傳統(tǒng)的校準方法,它具有設備簡單、自適應性強且能實現(xiàn)對示波器的全面校準等優(yōu)點。
At first the measurement principle of sampling oscilloscope is introduced . and then the fundamental theory of “ ntn ” technology is introduced . at last the realizing method of “ ntn ” technology is stated according to three connection and two connection experiment 首先,介紹了取樣示波器的基本測量原理;其次,介紹了“ ntn ”技術(shù)的理論基礎;最后,分別以三對接實驗和兩對接實驗闡述了“ ntn ”技術(shù)的實現(xiàn)方法。