The compressor has been used in the IP software core design of 32bits floating multiplier as a module, and acquire a good result.
此压缩器已作为一个压缩模块，用在32位浮点乘法器的软核设计中，得到了很好的结果。
Preorder module IP core is widely used in the design of System on chip (SOC), IP core is becoming the kernel component in the designing of future chip.
系统级芯片(SOC)的设计大多采用以ip核为主的预定制模块，IP核已经成为未来主流芯片设计的核心构件。
The circuit design is carried out by taking chip of RF-ID U2270B as core, including power module, frequency module, antenna module and data input;
采用以射频卡U2270B器件为核心完成支撑电路设计，包括电源模块、频率模块、天线模块和数据输入；
Then, the design and implementation methods of each module are introduced, focusing on core technical issues.
然后，介绍了各模块的设计和实现方法，着重就其中的核心技术问题进行了讨论。
Hardware design is based on the main control DSP core, including designs of sensor signals collection, data output channel and CAN communication module.
硬件设计主要围绕控制核心DSP展开，包括传感器信号的接入，数据输出通道设计以及CAN通信模块设计。
Hardware design of the sensor, ADC module, the microprocessor core of digital signal processing chip is TI's MSP430.
硬件部分设计了传感器，ADC模块，微处理器数字信号处理部分的核心芯片采用TI公司的MSP430。
Around the ARM and the FPGA core, a detailed analysis of the peripheral circuit functions of each module are given. And based on it, the circuit design of each module is completed.
围绕ARM和FPGA核心芯片，详细分析了外围电路各模块的功能，在此基础上完成了各模块的硬件电路设计。
The final design of this mission-critical AT89C51 is at the core, the module features a combination of organic.
最后本设计的关键任务是以AT89C51为核心，将各功能模块有机的结合起来。
A new intelligent three-phase sinusoidal variable-frequency power based on XC164 as its core module is presented. The design of hardware and software about the system are discussed.
基于单片机智能化和开关电源高效率的特点，研制出一种以xc164单片机作为核心控制模块的智能型三相正弦波变频电源。
A new intelligent three-phase sinusoidal variable-frequency power based on XC164 as its core module is presented. The design of hardware and software about the system are discussed.
基于单片机智能化和开关电源高效率的特点，研制出一种以xc164单片机作为核心控制模块的智能型三相正弦波变频电源。
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