voltage multiplier
英 [ˈvəʊltɪdʒ ˈmʌltɪplaɪə(r)]
美 [ˈvoʊltɪdʒ ˈmʌltɪplaɪər]
倍压器
双语例句
- Design of UHF Voltage Multiplier for Radio-Triggered Wake-Up Circuit
用于无线唤醒的超高频倍压整流电路设计 - Phototube and photomultiplier tube It is therefore advisable never to use an excessively high working voltage for a multiplier cell.
光电管与光电倍增管因而光电倍增管不使用过高的工作电压是很有道理的。 - System uses high voltage generated by its own DC ─ Voltage multiplier instead of commercial high voltage supply.
系统采用直流倍压器产生的高压代替市售高压电源。 - Design of Voltage Multiplier for Passive UHF RFID Tags
UHF频段无源RFID标签前端倍压电路设计 - Study on the Frequency Characteristics of High Voltage Multiplier Stack
高压倍加电路频率特性的研究 - When taking into account of the voltage dependency of load characteristics, load flow equations are not quadratic function of state variables, optimal multiplier newton method of load flow solution for ill conditioned power system can not implemented.
当考虑负荷电压静特性时，潮流方程不再为状态变量的二次函数，传统的求解病态潮流问题的最佳乘子牛顿法无法实施。 - Experimental Studies of A Voltage Multiplier Circuit
倍压电路的实验研究 - Ripple Characteristics due to Circuit Asymmetry in Highly-Stabilized Voltage Multiplier
高稳定型倍压器中起因于电路非对称性的纹波 - Design of Low Voltage Four quadrant Analogue Multiplier Using Neuron MOS Transistor
采用神经MOS晶体管的低压四象限模拟乘法器的设计 - Study of Self-supporting Voltage Temperature Compensation of SRD Frequency Multiplier
SRD倍频器自给偏压温度补偿研究 - Voltage multiplier circuit is studied experimentally in this paper, and an improved of voltage multiplier circuit parameters is given for the purpose of small-sized gas laser power.
本文对倍压电路进行了实验研究，针对气体激光器电源的小型化，提出了倍压电路参数的改进途径。 - For a highly-stabilized symmetrical Cockcroft-Walton voltage multiplier, the alternating ripple caused by the circuit asymmetry becomes an important factor responsible for stability of DC high voltages.
轻负载高稳定对称型Cockcroft-Walton倍压器中，电路非对称性引起的交流纹波已成为影响其输出直流高压稳定性的重要因素。 - In this paper, we studied on critical current mode active Power Factor Correction technology, and did a detailed analysis and design on voltage reference circuit and analog multiplier circuit.
本文研究了有源功率因数校正技术中的临界导通模式的基本原理，并对其中的电压基准源和模拟乘法器做了详细的分析和设计。 - The design principle and experimental results of a new voltage multiplier for the power measurement standard with a low power factor in NIM are described.
本文叙述了中国计量科学研究院低功率因数功率测量标准中的主要部件&电压乘法器的原理和实验结果。 - A new method for determination of static voltage collapse critical point based on Newton-Raphson load flow method with optimal multiplier is proposed in this paper.
给出了一种基于最优乘子潮流求静态电压稳定临界点的新方法。 - A simple low voltage BiCMOS four quadrant analog multiplier using BiCMOS linear region transconductors and pre input circuits is presented. Its basic configuration and design principle are analyzed detailedly.
提出了一种结构简单的采用BiCMOS线性区跨导和输入预处理电路的低压BiCMOS四象限模拟乘法器，详细分析了电路的结构和设计原理。 - Determination of Static Voltage Collapse Critical Point Based on Load Flow Method with Optimal Multiplier
基于最优乘子潮流确定静态电压稳定临界点 - An experiment on this principle is dried out on a 10 stage model voltage multiplier.
在10段模型倍压器电路上进行了纹波补偿的实验。 - Application and improvement of K-400 high voltage multiplier
K-400高压倍加器的应用与改进 - A DC high-voltage switching source system model was developed including a buck converter, resonant converter, high voltage transformer and diode-capacitor voltage multiplier.
建立了包含Buck变换器、谐振变换器、高压变压器和倍压整流器的直流高压开关电源系统仿真模型。 - Ripple harmonics in symmetrical Cockcroft-Walton voltage multiplier
对称型Cockcroft&Walton倍压器纹波的谐波特性 - The paper investigates the boost-type power factor corrector base on PWM modulator control. It's not necessary to measure the output voltage of diode rectifier bridge and use multiplier. The control circuit is very simple.
研究基于PWM调节器控制的Boost型功率因数校正器，它不需要检测二极管整流桥输出端电压，也不需要使用乘法器，控制电路非常简单。 - Compensating for Ripples in Conventional Cockcroft-Walton Voltage Multiplier
常规型Cockcroft-Walton倍压器的纹波补偿 - Numerical simulation of ripple harmonics in symmetrical Cockcroft-Walton voltage multiplier
对称型Cockcroft-Walton倍压器纹波谐波特性的数值模拟 - This paper introduces a kind of nonlinear-carrier ( NLC) controller for high power factor boost converters. Using the NLC controller, input line voltage and current sensing, error amplifier in the current shaping loop, and analog multiplier/ divider are eliminated.
阐述了一种非线性载波（Nonlinear-carrier）控制的PFC电路，该电路与传统单级功率因数校正电路相比不再需要输入电压、电流采样以及复杂的模拟乘法器和电流误差放大器电路。 - Controlled with single voltage feed back loop, both multiplier and current detected loop can be dispensed within this circuit.
电路中无需模拟乘法器和电流检测环路，仅用电压单环反馈控制即可。 - The BGR voltage has a positive temperature coefficient to cancel the negative temperature coefficient of the β-multiplier.
同时，BGR电压的正温度系数抵消了β乘法器中负温度系数。 - At the same time, In the hardware harmonic detection system, The unit sine and cosine waves synchronous with grid voltage are obtained, The addition and subtraction circuits has been verified by experimental data, The multiplier module debugging also made a great progress.
同时在硬件谐波检测系统中已得到了与电网电压同步的单位正余弦波，加减运算电路也通过实验数据验证了其正确性，乘法器模块的调试也取得了很大的进展。 - 16-bit DA-chip can control the gain of output voltage. Through the analog multiplier of the sine wave can be modulated, we can achieve the control of amplitude of sine wave.
16位D/A芯片可以控制输出电压的增益，通过模拟乘法器对正弦波进行调制，就可以实现对正弦波幅值的控制。 - The measurement circuit combines the systemic scaling method and analog orthogonal locked-in amplifier. The excitation signal is transformed into direct voltage, which provides the reference voltage of analog-to-digital converter and the denominator control voltage of multiplier. The errors caused by amplitude fluctuation are minimized.
测量电路将系统比例测量法与正交锁相放大技术相结合，把激励信号变换为直流电压提供ADC的基准电压及乘法器的分母控制电压，减小激励信号幅值波动在系统测量结果中引入的误差。