rc network 中文意思是什麼

rc network 解釋
rc網路
  • rc : RC =resistance capacitance (電)阻(電)容。
  • network : n. 1. 網眼織物。2. (鐵路、河道等的)網狀系統,網狀組織,廣播網,電視網,廣播[電視]聯播公司。3. 【無線電】網路,電路。4. 【計算機】電腦網路,網。
  1. Gmc network has better high - frequency performances and is easier to control on chip than rc network

    與傳統的電阻電容結構相比,跨導電容結構有更好的高頻特性,在集成電路中較易控制。
  2. We design the qmf based on the criteria of minimum frequency bandwidth and the qmf that possess linear phase, and give a example of a signal decomposed and restructured. 4. in the research of channel dropping filters, we use 5 rank butterworth filter to approach the digital filter. we design lc unpower netwok and rc power network. we manufacture lc lowpass and highpass filter , and test their performance ; we simulate the appliance of the channel dropping filters in the system

    4 .在頻帶分割濾波器的設計方法中,用5階巴特沃斯濾波器逼近最小頻寬正交鏡像濾波器,對無源和有源濾波器進行了模擬設計;設計並製作了無源lc低通和高通濾波器,測試了它們的性能;並對分割濾波器在系統中的應用進行了計算機模擬。
  3. Artificial neural network is a new active member of all intelligent optimization methods. based on previous constraint satisfaction neural networks, this thesis applies a new constraint satisfaction neural network ( csnn ) for job - shop scheduling problems. based on the general model of nerve cell, the csnn declares 3 types of nerve cells as following : ( 1 ) st ( starting time ) cells, ( 2 ) sc ( sequence constraint ) cells and ( 3 ) rc ( resource constraint ) cells

    本文對csnn以及jsp問題的討論分為三個階段:第一階段討論了基本的csnn網路在jsp問題中的應用;第二階段以前一階段為基礎,將3個啟發式演算法加入到csnn網路中,這3個啟發式演算法可以單獨使用或混合使用;第三階段給出了廣義作業車間調度問題的概念,並討論了基本的以及加入了啟發式演算法的csnn網路在廣義作業車間調度問題上的應用。
  4. Firstly, we introduced usages and developing situations of analog integrated circuits and the different design skills between analog and digital circuirs. this article secondly makes a detailed analysis and expatiation for the operational principle and design technique of regulator. then realize the regulator design in two different ways ( stable rc network and variable rc network ), and accomplish the simulation using mxic 0. 35m process by hspice

    本文首先對包括電壓調節器在內的模擬集成電路的特點、作用和發展概況以及它們與數字集成電路在設計方法上的差異等作了概述,然後在對電壓調節器的工作原理及設計方法進行系統的闡述和分析的基礎上,設計了兩種不同結構形式的可以為存儲器晶元提供工作電源的電壓調節器(採用固定rc補償網路的電壓調節器與採用可變rc補償網路的電壓調節器) ,在mxic0 . 35 m的cmos工藝條件下,用hspice進行了模擬與測試。
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