function circuit造句
例句與造句
- Complex function circuit
復合功能電路 - The system hardware is constituted of interface circuit design and function circuit design
本文詳細地闡述了基于pxi總線的過程控制實驗系統硬件和軟件的設計過程。 - Besides circuit principle design of the system and function circuit of all portions are illuminated in length , too
完成系統的電路原理設計，并對各部分功能電路進行了詳細的說明。 - In part two , we use a method of the unit of function circuit to structure some hyperchaotic circuits realize the control and synchronization of hyperchaos
第二部分研究單元功能電路法構造超混沌電路實現超混沌控制和同步。 - This devices use microchip high performance mcu pic16f877 and other chips including xc9572 , pcf8583 , 6264 etc . this dissertation simulates function circuits to verify design
裝置選用pic16f877作為控制核心，輔以cpld芯片、存儲芯片等外圍芯片，構成一個實時監測的電子裝置。 - It's difficult to find function circuit in a sentence. 用function circuit造句挺難的
- Adopt a classical clhs hyperchaotic dynamics system as research problem object . use the unit of function circuit to construct one 4d and two 5d hyperchaotic circuit systems , and make it to be controlled and synchronized
以經典clhs超混沌動力學系統作為問題切入點，利用單元功能電路研究構建一個四階和兩個五階超混沌電路，并加以控制和同步。 - Using current controlled conveyors , the designs of active components , function circuits , filters and oscillators have been systematically presented in this paper . the circuits are not only easy to integrated , but also adaptable
本文系統歸納和提出了以電流控制傳送器為積木部件設計有源器件、運算器件、濾波器和振蕩器的方法,所設計的電路不但易于集成,而且具有輸出可調的特性。 - In this dissertation we make used some methods of modulation with electronics parameter and modularization ideas of unit of function circuit , to study the control and synchronization of hyperchaos in system combined electronics with optics ( for short sceo ) , and research its applications of secure communications experiment
本文利用電學參數調制法和單元功能電路模塊化思想，研究了電光混合系統超混沌的控制與同步，并對其在保密通信中的應用進行了實驗研究。 - First we adopt modularization design ideas of unit of function circuit , construct the system of nonlinear circuit , and make it generates . one side , it can take control and synchronization himself . and on the other side , it also can take more advanced control and synchronization for optics system
首先利用單元功能電路模塊化思想，構造電路系統本身，使之產生超混沌，其目的是一方面可以自身進行控制和同步化，另一方面可對光學系統施加更高級控制和同步。 - With help of the programmability of fpga , a designer can easily use eda to program and download the fpga , and then make the real test and function checking on the test module , saving the long time needed for pcb board design and fabrication . this module is designed as single width 6u vme module , consisting mainly three parts : interfacing with vme bus , input and output and fpga which contains function circuit
利用可編程邏輯電路fpga可以對電路重復編程的特性，設計者只要利用專用計算機開發工具對fpga進行重復編程，把電路功能下載于該插件，而不需重做硬件開發便可以獲得具有不同邏輯功能的插件，并對電路進行實際地功能測試，因而節省了許多的設計環節，縮短設計和調試的周期。 - Thirdly , the range switch circuit and filter circuit are designed in the analog input channel . to realize the safe high speed acquisition , the interface circuits are separated from the function circuits , and the isolation power with high performance and digital isolator is used to restrain the common mode disturb and noise of the input
3 .模擬輸入通道設計有量程切換電路和濾波電路,并且采用了屏蔽、浮置技術和磁耦隔離技術,使用了高性能的隔離電源和磁電耦合器,有效地抑制了輸入信號的共模干擾和噪聲,實現了安全、高速的數據采集。 - There are mainly four parts about control synchronization of hyperchaos and their application in this paper : optic systems is modulated with electronic parameters , the unit of function circuit is applied to construct circuit system , educed a equation of the nonlinear dynamics of complex map and designed a kind of digital circuit used to spread spectrum sequence and application experiment of secure communication system
全文內容主要包括四個主要研究方面：電參數調制光學系統，形成超混沌控制和同步；單元功能電路法構造超混沌電路實現超混沌控制和同步；推導復合映射動力學方程產生擴頻序列構造數字化電路模塊；利用超混沌動力學系統展開保密通信實驗應用研究。 - First of all , the paper gives the reason for how to choose the devices , and the particular data of several key chips . then it dissertates detailedly the design methods of each function circuit , and sets forth the design methods of neuron c application software of intelligent node according to the lonmark standard . at last , it points out the problems in the progress of designing the circuit and the software
給出了器件的選型依據,和其中幾個關鍵芯片的詳細資料,然后具體介紹了該節點各部分功能電路的設計思路,指出在硬件設計過程中需要注意的問題;并針對該節點,提出了相應的軟件設計方案,同時指出需注意的問題。