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- The paper introduces resolver to digital converter(RDC) IC AD2S83, and describes its application in radar servo system. 对旋转变压器 -数字变换器 ( RDC)集成电路 AD2 S83进行了介绍 ,并简述了它在雷达伺服系统中的应用
- Abstract: Using the resolver to digital converter AD2S80A,can implement high precise measurement of angle and velocity. 摘要：采用双通道多极旋转变压器和AD2S80A构成的测角系统可以实现角位置和角速度的高精度动态测量。
- A set of resolver to digital converter(RDC) circuit is developed and the digital rotor position signals and current reference signals are derived. 将后者首次应用于这种新型电机转子位置信号的数字化上，研制了一套轮角数字变换器（aDC）电路，得到了数字量形式的转子位置信号和电流参考信号。
- Analog to Digital converter, or digitizer. 模拟/数字转换器，或数字转换器。
- For analog inputs, any absolute voltage value above which the analog-to- digital converter cannot distinguish a change. The overload value can be different for plus and minus inputs. 就模拟输入而言，使模数转换器不能区别其变化的超范围的绝对电压值。超载值对于正输入和负输入可能不同。
- resolver - to - angel digital converter 轴角数字转换器
- resolver - to - digital converter(RDC) 旋转变压器／数字转换器（RDC）
- resolver to digital converter (RDC) 数字转换器
- resolver to digital converter(RDC) 数字转换器
- The analog data path between the connector and the analog? to? digital converter in the analog input subsystem. 在模拟输入子系统中,模数转换器与连接器之间的模拟数字信道。
- In this thesis we design a 10-bit, 40MSps 9 stages pipelined analog-to digital converter. 因此本论文设计了一个具有10位、40MHz采样频率的九级流水线型模数转换器，符合IEEE802.;11a规范，可用于便携式无线局域网络卡。
- The paper introduces a digital decoder that may detects 64channel,for which EPROM is used as the key digital converter and BCD coder of sevensection characters display decoder. 介绍了一台能检测出64路站点编码的数字解码器，我们使用EPROM芯片作为关键“数码转换”手段，作为七段字符显示译码器的BCD编码器。
- The principle, features and main technical performances of a CAMAC charge digital converter module are discribed in the paper. 本文介绍了一种CAMAC电荷数字转换器的原理、特点和主要技术性能。
- This clean, supreme sound quality is maintained throughout the mix via an outstanding analogue to digital converter, with mixing carried out by 32-bit DSP. 这个整洁,最高声音品质,是保持整个组合透过杰出模拟向数字转换器,搅拌进行了32位元的。
- This paper introduces a method for using general analog digital converter to consist of high speed A/D system in the design of Time Domain Reflector (TDR). 文章介绍了在时域反射仪 (Time- Domain Reflector,缩写为 TDR)设计中 ,采用普通的 A/ D芯片构成高速模 /数转换系统的具体方法
- This lead to the design of a detection cell that comprises: a light guide, a PMT, a high-voltage divider, ananalog front-end chip and an analog to digital converter. 为了提高探测器的紧密性，输出电子应紧贴于光电倍增管。因此，检测池的设计就包括：光导，光电倍增管，高压分压器， 模拟前端芯片和模拟数据转换器。
- It is consisted of calorimetric pile, photoelectric and calorimetric compound detector array, temperature field sensors, analog to digital converter and signal processor. 探测器由量热堆、光电量热复合探测阵列、测温单元、数据采集单元和信号处理单元等几部分组成。
- For analog inputs,any absolute voltage value above which the analog-to- digital converter cannot distinguish a change. The overload value can be different for plus and minus inputs. 就模拟输入而言，使模数转换器不能区别其变化的超范围的绝对电压值。超载值对于正输入和负输入可能不同。
- As the normal current transformer secondary currents may be as high as hundreds of amperes, shunts of resistance of a few milliohms are needed to produce the desired voltage for the Analog to Digital Converter (ADC). 由于电流互感器二次侧电流可高达数百安培,要产生提供给模-数转换器(adc)的需要的电压就需要数MQ的并联电阻。
- Audio waves can be converted to digital form by an ADC (Analog Digital Converter). An ADC takes an electrical voltage as input and generates a binary number as output. 声波可以通过ADC（模拟数字转换器）转换到数字形式，ADC采用电压作为输入并产生二进制数作为输出。
