在提高测量精度的同时，还简化了硬件电路的设计，降低了硬件系统的成本。
The design improves the measure accuracy, simplifies the design of hardware and reduce production costs.
系统采用MAX5451数字电位计不但简化了硬件电路，而且使功率的控制数字化。
The system Simplifies hardware circuit by using a MAX5451 digital potentiometer chip, it also digitized the laser power control.
实践证明，在应用PLC进行技术改造后，该控制系统的硬件电路得到了简化，工作更加可靠，提高了机床工作效率。
Practice has proved that the hardware circuit of this control system has been simplified, the work is more valuable, and the working efficiency is so improved after PLC technological transformation.
利用P 89c58对传统的完全基于硬件电路的单道脉冲幅度分析器进行了改进简化。
Improvement and simplification are made to the traditional single channel analyzer, which is completely dependent on the hardware circuit, through the use of P89C58.
基于TMS320F 240ds P构建全数字化试验系统，简化了系统硬件电路，提高了系统的可靠性。
A fully digital experiment system controlled by TMS320F240DSP is introduced and the hardware is simplified.
在提高功能的同时着重于硬件电路的简化，增强可靠性，减少故障率。
The project chiefly simplifies hardware circuits, intesifies reliability to reduce failure ratio, meanwhile improving the functions.
在电动机车的工程背景中，为了简化主控芯片TMS320LF2407A硬件上的外围电路以及软件上的程序编写，就把一些实时性要求较低的任务交给MCS_51去完成。
In order to simplify the periphery circuit and the program of TMS320LF2407A, some complicated tasks are given to MCS_51. The right communication is a guarantee of the system.
并采用滤除衰减直流分量的傅氏算法，提高了数据精度、简化了硬件电路。
The decaying DC component is filtered in the Fourier algorithm, which improves data precision and simplifies hardware circuits.
将CPLD应用到逻辑电路设计中，既简化了硬件电路，又节省了系统资源。
The applying of CPLD in this logic design simplifies the hardware and saves the system resources.
另外电源采用了12V蓄电池，有效的避免了50hz工频干扰，由于减少了电源转换电路，整个的硬件电路也更加的简化。
Another source with a 12v battery, a 50hz effective frequency to avoid interference due to the reduction of power conversion circuits, the entire hardware circuits are more simplified.
实验结果表明，采用交流采样方法提高了系统的精度和稳定性，简化了硬件电路。
The result of experiments indicates that by adopting AC sampling method, the accuracy and stability of the system have been enhanced, and the hardware circuits are simplified.
系统充分发掘了单片机的运算能力，以软件代替硬件电路，使硬件电路大大简化。
System to fully exploit the computing power of single-chip software instead of hardware circuits, so that greatly simplify the hardware circuit.
借助于DSP强大的运算能力和丰富的外设来实现数字控制算法，简化了硬件电路的设计。
By powerful operation capacity and external Settings of DSP, digital control algorithm is realized and electric circuit is simplified.
解压时，通过使用一种特殊的计数器简化控制电路，解压电路硬件开销小且较易实现。
Due to using a special shift counter to simplify the control circuit, the decompression circuit can be implemented easily and the hardware cost is low.
从而有可能避免使用专用硬件下变频器，使硬件电路更简化和增加系统的灵活性。
This will avoid using special hardware of digital down converter, make hardware simpler and increase the flexibility of system.
由于应用单片机，简化了接口电路的硬件结构。
The microcontroller simplifies the hardware structure of interface.
本系统的温度检测电路中采用芯片MAX6675，简化了系统的软硬件设计，提高了温度检测的精度。
The chip MAX6675 is applied in the temperature measure circuit in the system. It simplifies the design of hardware and software and improves precision of control system.
用CPLD作频率计数字电路的核心部件，可简化频率计的硬件电路，提高系统的工作速度，节约设计与制造成本。
Using CPLD as the core of the circuit, it can simplify the hardware circuit, improve operational speed and save production cost.
本文研究表明在卫星定位导航系统中使用中频数字化的软件无线电结构是可行的，同时大大简化了用硬件对接收的卫星信号进行处理时电路的复杂性。
The study of this paper indicate that the application of digital IF Software Radio framework is practicable in the receiver of the Satellite Positioning and Navigation system.
该系统实现了数据的智能采集和处理，避免了从键盘输入参数，简化了硬件电路。
Intelligent data collecting and processing can be carried out by the system. It avoids inputting the weather parameters from the keyboard. The electric circuit...
该系统实现了数据的智能采集和处理，避免了从键盘输入参数，简化了硬件电路。
Intelligent data collecting and processing can be carried out by the system. It avoids inputting the weather parameters from the keyboard. The electric circuit...
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