数字变换器的英文

数字 figure; digit; numeral; char ...
z-数字变换器 z-digitizer
交流-数字变换器 ac-digital converter
角度数字变换器 angle to digit converter
直流-数字变换器 dc-digtal converter
数字数字变换器 digital to digital converter
电压数字变换器 voltage to digital converter; voltage-to digital converter
模拟数字变换器 analog digital converter; analogdigital converter; analogtodigital converter; digitalizer; digitalyzer
频率数字变换器 frequency to number converter
时间数字变换器 time digital converter; time-digital converter
轴位数字变换器 shaft position to digital converter; shaft position-to-digital converter
数字变换器数字传感器 digital transducer
数字化装置，数字变换器 digitalizer
集成模拟数字变换器 integrating analog-to-digital converter
计数式模拟数字变换器 counting type analog to digital converter
计算式模拟-数字变换器 counting type analog-to-digital converter
模拟数字变换器检验程序 analog-to-digital converter check program
模拟数字变换器误差 analog-to-digital converter error
同步信号数字变换器 synchronizing signal
比-数字变换 analog-dig ital conversion
模拟-数字变换 analog-digital conversion
数字变换 digital conversion; mathematical manipulation; numerical transformation
二进数字变换 binary to numeric conversion
二进制数-数字变换 binary-to-numeric conversion
数字模拟变换器 digital to analogue converter dac

千万人都在用的超大词汇词典翻译APP

In the digital inverter , we adopt the technology of digital dynamic waveform correction , which can compensate the delay between control signal and output waveform , and ensure the accuracy of control . at the same time , the technology of digital dc component adjustment was introduced , by which we can exactly compensate the control signal , and realize adjusting dc component of output on the premise of output performance
在基于dsp的数字变换器平台中，采用全数字波形校正技术，完全补偿了控制信号延时、功率管开关延时以及死区时间对输出spwm波形所产生的畸变，充分保障了变换器控制的准确性；采用数字直流分量调节技术，可以精确地对控制信号进行补偿，在充分保证输出性能的前提下，实现了输出直流分量的调节。
In order to obtain three - phase four - line ac output , system applied the four - legged main circuit topology . with the 3d - svm , the power system realizes voltage regulation and three - phase four - line output . meanwhile , this kind of control is easy to be realized in the digital inverter
为实现三相四线的交流输出，变换器电路采取四桥臂新型拓扑，其控制采取了三维空间矢量调制，实现了变换器的在线调压及输出中点的形成，具有良好的动静态性能，且这种控制思想可以方便地在现有数字变换器平台上实现。