半波整流

二极管单相半波整流电容滤波电路中，由于负载电阻上有脉动的输出电压，所以给负载电阻的测量带来很大的误差。

In the diode single-phase half-wave rectification capacitor filter circuit , the output voltage on the load resistance leads to errors in the measurement .

设计的倍压整流、半波整流和直流供电的脉冲爆震发动机起爆点火系统实现了点火能量和火花放电频率的控制。

The initiating detonation systems of voltage multiplying rectification , half-wave rectification and direct-current supply are designed to implement the control ignition system of PDE over ignition energy and spark frequency .

一种高效MOS半波整流电路

Highly Effective Half-Wave Rectifying Circuits Based on MOS Technology

针对传统半波整流电路的不足提出了基于MOS工艺的改进方法及电路。

The improved half wave rectifier is presented by employing MOS technology based on the deficiency of conventional architecture .

使用半波整流电源必需加装续流二极管。

Use half wave rectifying power supply must add free-wheeling diode .

一个应用于输出双半波整流电路的中间抽头变压器线圈设计实验验证了优化设计的有效性。

The experiments by the central-tapped transformer verified the optimal design effectively .

不答应用半波整流电源。

Not allowed to use half wave rectifying power supply .

通过半波整流二极管中的电流问题

Some discussions about current through half-wave recti - diode

一种更为精密的半波整流电路的设计

Design for the Half - Wave Rectifier Which is More Accurate than the Others

开发了半波整流稳压电路故障分析仿真软件。

Emulator failure analyzing software is developed , which is about half-wave commutating and voltage-stabilizing circuit .

随后讨论了半波整流、全波整流和倍流整流三种整流方式各自的优缺点，根据本设计的特点选取倍流整流作为输出整流结构。

Then by a discussion of the half-wave rectifier , full-wave rectifier , and Double Rectifier , we know their advantages and disadvantages .

在半波整流电容滤波电路中，由于负载电阻上输出电压的脉动较小，接近于直流电。

In the half-wave rectifier capacitance filter circuits , the low output pulsating voltage from load resistor will lead to large error in the measurement processes of load resistance .

在教师指导下，由学生自行设计测定半波整流电容滤波电路负载电阻上消耗的平均功率实验。

Under the guidance of the teacher , Students designed the experiment themselves to measure an average power for half wave rectifier and capacitance filter in load consuming resistance .

方法对国内最常见的二极管半波整流调温型电热毯进行了电场、磁场和人体感应电流的测定。

Methods To determine electric field , magnetic field and electric current on human bodies induced by electric blanket with a temperature - adjustable semiwave rectifier diode , which was domestically popular .

参照国外电工技能训练软件，开发半波整流稳压电路教学软件并将其应用于教学实践，提高了教学效率，降低了教学成本。

According to foreign electrician training software , the author develops the half-wave rectifier voltage circuit teaching software and applies it in teaching , which could improve the teaching efficiency and reduce the teaching cost .

单相半波可控整流电路的虚拟实验

The Virtual Experiment of Single Phase Half Wave Controlled Rectifier

永磁发电机五相半波可控整流稳压器的研制

Development on Five-Phase Half-Wave Commutation and Stabilizing Voltage Adjuster of Permanent-Magnet Generator

三相半波可控整流电路的计算机仿真

Emulation of Three-Phase Half-Wave Controllable Rectifying Circuit

本文设计了单相半波可控整流电路，在带不同负载情况下的虚拟实验。

This paper describes the virtual experiment of single phase half wave controlled rectifier with different load .

三相半波可控整流与逆变电路电压波形的分析

A study of the wave shapes of the voltage in the three phase-controlled rectification and the active reverse circuit

本文以三相半波可控整流电路为例，推导了考虑变压器漏感时电流过渡波形的凹升函数及凸降函数。

The three phase half-wave controlled rectifying circuit is taken as the example in this paper to inllustrate the commutation overlap probelm .

并以三相半波可控整流电路、滞环比较方式的电流跟踪控制、利用S函数实现空间矢量脉宽调制为例说明了软件的使用方法。

Three-phase half wave controlled rectifier , hysteresis comparison mode current track control , and realization of SVPWM by S-Function are used as examples to describe the usage of the software .

同时，以仿真结果为基础，设计出了结构简单、工作可靠、具有良好的稳压性能的双相半波可控整流稳压器。

Based on the simulation of different state , the two-phase half-wave regulator for permanent magnet generator is designed , it is simple in structure and has a good effect on regulating .

采用高磁性永磁材料和对发电装置的优化设计，研发出单相双半波可控整流稳压式电子稳压器，提高了低转速时的输出电压。

The output voltage in low speed with high performance permanent magnet materials and optimized design of centrifugal permanent magnet generator is improved . The single-phase two-half-wave controlled rectification circuit for the electronic voltage regulator is designed .

以一个实际的单相半波可控整流电路为例，对整流电路中的波形系数进行了研究。讨论了波形系数与整流电路中晶闸管的触发延迟角的关系，并且得出了一些重要结论。

Taking a real single-phase half-wave controlled rectifier as an example to research rectifier 's waveform factor , this article analyzes the relationship of waveform factor and thyristor 's trigger delay angle , then draws some important conclusion .

在三相半波可控整流电路物理模型的基础上，根据晶闸管的导通条件，建立了在不同条件下整流电路中物理量所适应的常微分方程组。

Base on the physical model of three phase half wave controllable rectifying circuit and the on off condition of crystal thyratron , a set of differential equations is developed for the physical variables of rectifying circuit under different conditions .