chip circuit中文是什么意思

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中文翻译
造句

电路晶片

chip n. (摔跤时)用绊腿把对方摔倒的一种技巧。 vt. ( ...
circuit n. 1.(某一范围的)周边一圈；巡回，周游；巡回路线[ ...
circuit chip 电路芯片
chip integrated circuit 片状集成电路
communication circuit chip 通信电路芯片
cpu chip circuit 中央处理器芯片电路
digit-logic circuit chip 数字逻辑电路芯片
flip chip integrated circuit 倒装片集成电路; 倒装芯片集成电路
flip-chip integrated circuit 倒装片集成电路
individual circuit chip 单电路芯片
integrated circuit chip 集成电路片; 集成电路芯片
integrated circuit chip board 集成电路片试验板
linear circuit chip 线性电路芯片
multiple chip circuit 多片电路
multiple chip hybrid circuit 多片混合电路
one chip integrated circuit 单片集成电路
single chip circuit 单片电路
chip n. 1.碎片，削片，薄片；碎屑；薄木片；无价值的东西。 2.(陶器等的)缺损(处)。 3.(赌博用)筹码；〔pl.〕〔英俚〕钱。 4.〔pl.〕〔口语〕炸马铃薯片。 5.(作燃料的)干牛[马]粪。 6.集成电路唱片[块]。 7.〔口语〕小粒金刚石[水晶]。 a chip of [off] the old block (脾气等)完全像父亲的儿子；一家的典型人物。 (as) dry as a chip 枯燥无味的。 buy chips 投资。 cash [pass] in one's chips 把筹码兑现；〔俚语〕死。 chip in porridge [pottage, broth] 无关重要的东西，可有可无的东西。 do not care a chip for 毫不介意。 have a chip on one's shoulder 〔美俚〕盛气凌人；好打架；好争吵。 have one's chips on 孤注一掷。 in the chips 〔美俚〕有钱的。 let the chips fall where they may 不管后果如何。 when the chips are down [get on the line] 万不得已的时候，紧急时候。 vt. (-pp-) 1.切，削，凿，刻。 2.把…削成薄片；弄缺(刀口，瓷器等)。 3.〔口语〕戏弄；挖苦。 4.(鸡雏等)啄碎(蛋壳)。 vi. 1.出现缺口。 2.碎裂，瓦解，破碎 (off)。 chip at 对准…打，谩骂。 chip in 〔口语〕插嘴，加入(打架等)；捐助；拿钱赌 (They all chipped in to buy it. 大家都要买了)。 chip off 切下来，削下来。 n. (摔跤时)用绊腿把对方摔倒的一种技巧。 vt. (-pp-) (用绊腿)摔倒(对方)。
chip at 拿取笑
chip in 插嘴, 捐助, 下赌注; 近击入穴; 近穴击入; 捐献钱财; 下注
on chip 片上; 片装
on-chip 片上；芯片上
a chip in broth 可有可无的东西, 无关紧要的东西
a chip in porridge 无关紧要之物
a chip in pottage 可有可无的东西, 无关紧要的东西

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It mainly contains chip circuit and the periphery circuit of it , power circuit , speech input circuit , speech output circuit , debugging circuit and rs232 circuit
包括:芯片及其外围电路、电源电路、语音输入电路、音频输出电路、系统调试电路、串口通讯电路等。
Based on the charge pump principle analysis and circuit design in the beginning chapters , the author simulated all the sub block circuits and whole chip circuit by applying eda tools hspice and viewlogic
在完成电路原理分析与电路设计的基础之上,还应用eda软件hspice对各个子电路模块和整体电路进行了功能仿真及量化模拟。
Based on that , the author simulated most of the sub - block circuits and whole chip circuit by applying eda tools hspice . the simulation results indicate that the ic has achieved the expectation ,
理论分析、仿真结果和芯片测试数据表明,在典型情况下,该电路的电流控制精度相对误差和匹配相对误差可以控制在0 . 5 %以内,达到了预定设计目标。
The author pays more attention to the analysis and design on the following sub - circuits : oscillator , comparator , hysteresis comparator , chip enable , etc . on completing the principle analysis and circuit design , the sub - circuits and whole chip circuit are verified with the eda tools hspice
其次在电路设计中,作者基于升压型dc / dc变换器和离散脉冲频率调制方式的基本原理并根据电路功能的需要,进行了控制电路的总体结构设计和子电路模块设计。
Consequently , an integrate switch mode power supply with high efficiency and good reliability can be realized by the controller with very few external parts . the fundamental principle of monolithic voltage - mode switching regulator is firstly introduced in this thesis , which is followed by a comparison between voltage - mode and current - mode converters where the pros and cons of both converters are discussed in detail ; next , the global system architecture is proposed upon the design requirements and sub - block circuits are also introduced that focuses on several essential sub - blocks such as amp , wave , pwm control , psc , osc and vref . finally , all sub - circuits and the whole chip circuit are simulated by hspice whose results indicate that the circuit function and performance have perfectly satisfied the design requirements
在论文中,首先阐述了电压控制模式pwm开关电源的基本原理,对比了电流控制模式和电压控制模式,分析了各自的优缺点;随后根据设计要求进行了电路的总体设计,完成了各个子电路的原理分析,电路设计和仿真验证,重点阐述了误差放大电路、三角波发生电路、 pwm控制电路、节能控制电路、振荡电路和基准源电路的分析、设计和验证过程;最后,利用eda软件hspice对整体电路进行了功能仿真验证,仿真结果表明,本文完成了设计工作,达到设计要求。
Base on the boost principle analysis and circuit design in the beginning , the author simulated the sub - block circuits and whole chip circuit by applying eda tools hspice , the simulation result indicates that the ic has achieved the expectation of the function target and the electrical characteristics . although there were unavoidable disadvantages of this project , it is a worthwhile and valuable experience
在完成电路原理分析与电路设计的基础之上,作者应用eda软件hspice对各个子电路模块和整体电路进行了功能仿真及量化模拟,仿真结果均达到或优于预定指标,验证了作者在第二章中阐述的直流升压boost电路的设计理论,是设计理论与实践相结合的一次有价值的尝试。