microcomputer cpu 中文意思是什麼

microcomputer cpu 解釋
微算機中央處理單位
  • microcomputer : n. 微型電子計算機。
  • cpu : CPU ＝ Central Processing Unit 【自動化】中央處理機。
  1. This system also uses us to import the original installation chip and the advanced wireless digital high frequency technology, the microcomputer cpu controller main engine composes

    9通過無線遙控器，控制該系統布防撤防或緊急報警，使用戶在實際使用中方便快捷所有操作在面板上操作完成
  2. The hardware is a single chip microcomputer system. the cpu of the microcomputer is intel 196kc. the hardware consists of switch signal par, analog signal collecting part, microcomputer and driving part

    硬體部分以intel196kc單片機為核心，主要由開關量輸入輸出部分、模擬信號採集部分、單片機部分和驅動部分組成。
  3. The meter ( which is called pccm2002 for short ) is designed on the basis of mcs - 51 single - chip microcomputer technique. the hardware is composed of single - chip microcomputer module and electrochemical module. the single - chip microcomputer module can be divided into five parts, cpu circuit, a / d and d / a circuit, peripheral memory circuit, i / o interface circuit, distributing address circuit ; the electrochemical module is made up of potentiostatic circuit, galvanostatic circuit, potentiostatic - galvanostatic ( p - g ) conversion circuit, signal measuring circuit. the software of the meter is edited by c51 language, it is well - structured and module. all program modules have been linked into an executable files after compiled separately, then copy to eprom

    恆電位控制下的恆電量智能化腐蝕監測儀採用基於mcs - 51單片機技術的智能化設計，儀器硬體由單片機系統模塊和電化學介面模塊組成，單片機系統模塊包括cpu電路，片外存貯器擴展電路，模數和數模（ a d和d a ）電路，輸入輸出（ i o ）介面電路，地址分配電路，各電路模塊通過系統總線交換信息；電化學介面模塊主要由恆電位電路，恆電流電路，恆電位-恆電流（ p - g ）轉換電路，信號放大與採集電路組成。
  4. This thesis mainly deals with the cpu mainboard of microcomputer - based protective devices

    本文論及的微機保護硬體主要指保護裝置的cpu主板。
  5. Firstly, the sampling and transforming process of a system whose sampling frequency was over a certain level could hardly be control - led by software and general microcomputer interface, because general cpu could n ' t provide adequate running speed

    首先，對于采樣率高到一定程度的系統，很難用軟體和常規的微機介面對采樣、轉換過程進行控制，因為一般的cpu很難有足夠高的運行速度。
  6. We presented a model with duopoly upstream and monopolistic downstream industry chains, analyzed the analysis profits and prices of models between vertical integration and vertical separation, and also discussed the background and condition of vertical separation of microcomputer cpu and mobile telecom chipset industries

    構建了上游為雙寡頭結構、下游為多家企業的產業鏈模型，並對縱向一體化和縱向拆分兩種模式的利潤和價格進行了分析和比較，同時對縱向拆分的技術和市場背景及內外條件作了進一步的探討。
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