The circuit design and structure of single phase bridge voltage inverter are presented in detail. The main experimental waveforms are given.
对单相桥式电压型变频器的线路设计及结构作了较为详细的介绍，给出了主要实验波形。
The series H-bridge multilevel converter's power circuit is composed of uncontrolled rectifier with filtering capacitor and single phase H-bridge voltage-type inverter.
串联H桥多电平变频器的主回路从结构上可分为三相电容滤波不可控整流电路和单相电压型全桥逆变电路。
On the basis of comparing with power supply of full bridge voltage mode, the authors bring forward the full bridge series resonant mode applied in the pulsatile laser power supply.
在与全桥电压型充电方式激光电源比较的基础上，提出了一种谐振充电式脉冲激光电源。
The paper adopts the method of measuring time based on microprocessor in place of that measuring bridge voltage; it improves the methane sensor's stability and precision very well.
此研究采用新方法将桥路电压的测量转化为基于微处理器的时间测量，极大地提高了瓦斯传感器的稳定性和精度。
This method of bridge balancing compensates for the initial voltage in software.
这种电桥平衡的方法可在软件中对初始电压进行补偿。
This paper presents a novel zero voltage switching full bridge three level converter.
提出了一种新型的零电压开关全桥三电平直流变换器。
Single phase glass passivated bridge rectifier. Maximum recurrent peak reverse voltage 400 V. Maximum average forward rectified current 1.0 a.
单相玻璃钝化整流桥。经常性最大峰值反向电压400V，最大平均整流电流1.0A。
A novel full bridge (FB)-phase shift (PS)-zero voltage zero current switching (ZVZCS) converter is proposed.
提出了一种新型的全桥移相零电压零电流变换器拓扑结构。
Single phase glass passivated bridge rectifier. Max repetitive peak reverse voltage 600 V. Max average forward rectified current 1.0 a.
单相玻璃钝化整流桥。最大反向重复峰值电压600V最大平均正向整流电流1.0 A。
Also, the voltage from the battery is not able, in any other way, to fire the bridge due to the presence of safety protocols and components which protect the bridge using techniques known in the art.
此外，从电池的电压是不能够以任何其他方式，火灾的桥梁，以保护在艺术的桥梁使用已知技术的安全协议和组件的存在。
Single phase glass passivated bridge rectifier. Maximum recurrent peak reverse voltage 50 V. Maximum average forward rectified current 2.0 a.
单相玻璃钝化整流桥。经常性最大峰值反向电压50V最大平均正向整流电流2.0 A。
Single phase glass passivated bridge rectifier. Maximum recurrent peak reverse voltage 600 V. Maximum average forward rectified current 1.0 a.
单相玻璃钝化整流桥。经常性最大峰值反向电压600V最大平均正向整流电流1.0 A。
Using the characteristic of integrated operational amplifier, an electric bridge circuit sensor without nonlinear error in its output voltage is designed.
利用集成运算放大器的特点，设计了输出电压无非线性误差的电桥电路传感器。
A voltage type high power invert circuit which is composed of chopper and thyristor full bridge invertor is proposed.
提出了一种由斩波电路与全桥逆变电路构成的电压型大功率晶闸管全桥逆变主电路。
Voltage waves are deduces on lower bridge arm PWM modulation and theory of rotor position detection based on EMF is introduced.
分析了下桥臂调制方式下绕组端电压波形，并基于此介绍了反电势法检测转子位置原理。
Single phase glass passivated bridge rectifier. Max repetitive peak reverse voltage 400 V. Max average forward rectified current 1.0 a.
单相玻璃钝化整流桥。最大重复峰值反向电压400V，最大平均整流电流1.0A。
Silicon miniature single-phase bridge. Max recurrent peak reverse voltage 1000 V. Max average forward current 1.0 a.
硅微型单相桥式。最大的经常峰值反向电压为1000V最大平均正向电流1.0A。
To single phase SCR bridge rectification circuit of constant potential instrument, the expression of load voltage is derived and harmonic component of load voltage is analyzed in detail.
文中针对船用恒电位仪单相可控桥式整流电路，推导了负载电压表达式，分析了负载电压的谐波组成；
Miniature single phase 1.5 A. Glass passivated bridge rectifier. Max recurrent peak reverse voltage 600 v.
微型单相1.5 A。玻璃钝化整流桥。最大的经常峰值反向电压600V。
The inverter uses full bridge topology and SPWM technique. The inverter voltage is controlled by single closed loop feedback based on PID.
逆变器采用全桥型的拓扑结构，利用了SPWM逆变技术，逆变电压控制通过简单的单环反馈实现，控制方法采用PID算法。
The output characteristics of the bridge circuit which supplied with constant voltage source are analysed.
分析了恒压源供电下的桥路输出特性以及影响电桥电压灵敏度的各种因素。
In this paper, an improved bridge method is presented through improving galvanometer sensitivity and power source voltage according to analyzing the principle of bridge method deeply.
在深入研究分析电桥法原理的基础上，通过提高检流计灵敏度与提高电源电压两方面对传统电桥法进行改进，并研制了基于改进电桥法的成套设备。
This control method can regulate the burn-off process of contact bridge according to requirements so that the required flashing voltage is lowered and the flashing heating efficiency raised.
这种控制方法可以根据要求改变触点的烧化过程，从而降低激发闪光所需的电压，提高闪光加热效率。
This paper analyzes PWM double-bridge superposition regulator, AC chopping regulator and series voltage regulator, and introduces the application of AC voltage regulating based on VF technologies.
分析了PWM双桥叠加型，交流斩波型和串联型等三种变频型交流电压调节电路，介绍了基于变频技术的调压应用。
The waveform of the reverse voltage across the bridge arms and the harmonic contents are analysed.
本文分析了整流器在不同换流重叠角时的桥臂反压波形及谐波分量。
Full wave controlled rectification voltage or controlled bridge rectification voltage can be generated under the controlling of a special trigger circuit.
该电路在特殊触发电路的作用下，其输出端可产生全波可控整流电压和全控桥式整流电压。
The reason of nonlinear error caused by output voltage in common electric bridge as the sensor is analyzed.
分析了一般电桥电路作为传感器其输出电压产生非线性误差的原因。
Single phase bridge rectifier. Maximum recurrent peak reverse voltage 200 V. Maximum average forward rectified current 1.0 a.
单相整流桥。经常性最大峰值反向电压200五，最大平均整流电流1.0 A。
Single phase bridge rectifier. Maximum recurrent peak reverse voltage 200 V. Maximum average forward rectified current 1.5 a.
单相整流桥。经常性最大峰值反向电压200五，最大平均整流电流1.5 A。
Single phase bridge rectifier. Maximum recurrent peak reverse voltage 200 V. Maximum average forward rectified current 1.5 a.
单相整流桥。经常性最大峰值反向电压200五，最大平均整流电流1.5 A。
应用推荐