母钟设备可以采用光电隔离措施，保证不会因为外部输入信号的因素而对主机设备造成干扰和损害。
Master clock photoelectric isolation measures can be used to ensure that the input signal will not be because of factors external to the host and cause interference and damage equipment.
为防止功率管开关过程中对控制电路造成干扰，采用光电隔离的方法实现驱动电路和控制电路的隔离。
To prevent the control disturbance in the process of MOSFETs on-offs, Optoisolator circuit has been used to realize the isolation of the driving circuit and the control circuit.
在硬件方面，采用RC滤波器、压敏电阻、光电隔离等措施，消除了采样通道及A/D通道的干扰信号；
For hardware design, RC filter, voltage sensitive resistor and photoelectric isolation method are used to eliminate interference signal in sampling channel and A/D channel.
传统的模拟信号光电隔离电路虽然能实现较高精度，但必须使用特殊的光电耦合器产品和多组互相隔离的电源。
Although the classic circuit of optocoupler can translate analog signal with high accuracy, but special optocoupler and several isolated power supplies must be needed.
光电隔离是系统抗干扰的一种重要措施，在生物医学信号的抗干扰中被广泛应用，但信号的线性隔离却少有报道。
Photoelectric isolation is an important measure of system anti-jamming, and it is widely used in the signal processing biomedicine engineering. But signal linear isolation is rarely reported.
高可靠性芯片XC164的采用、光电隔离和继电器隔离技术的采用，保证了整个系统具有较好的稳定性和抗干扰性。
The adoption of high-reliability chip XC164, the optical isolation technology and relay isolation technology ensured the good stability and anti-interference of the whole system.
该系统以80c196单片机为核心，利用传感器、光电隔离及串行通信等技术，实现了对发动机所有试车参数的测量。
Based on 80c196 single chip processor, using the technologies of sensor, photoelectric isolation and serial communication, the system can measure all parameters of motor test.
本设计选择双积分型A/D转换芯片，并采用光电隔离装置，有效地降低了电源噪声和电机干扰，大大提高了转换精度。
The double integration A/D converter and the electro-optical isolation device are used to reduce the mains noise and motor interference, which can significantly improve the accuracy of A/D conversion.
采用电压频率变换和频率电压变换技术处理模拟信号，有效的克服了光电耦合器的非线性，实现了模拟信号的线性光电隔离。
Analog signal linear photo-isolation is carried out by using voltage-frequency conversion and frequency-voltage conversion technique so as to effectively overcome nonlinearity of the photocoupler.
在硬件抗干扰方面，本课题采用光电隔离的方法成功的对输入光电编码器的信号进行了整形，并隔离了输出负载对电路的影响。
In hardware aspect, this paper use optical-electric insulation method stronger the signal of optical-electric encoder and insulate the infection of out load for main circuit successfully.
这一监控电路采用了模块化的设计思路，引入了可编程器件技术及光电隔离技术，从而提高了整个测试台的可靠性和可维护性。
This circuit makes use of modular structure, photoelectric isolation technique and programmable device and really improves the reliability and maintainability of transmitter test bench.
通过采用高隔离度的DC - DC电源和低噪低漂移运放，使用光电隔离和滤波器等设计，采集装置具有了很强的抗干扰特性。
By using DC-DC power source, low drift operational amplifiers, optically coupled isolators and filter design, the system has a good characteristic of anti-disturbance.
使用光电子原理打造的玻璃幕墙具有隔离功能，且场馆的光束能够在覆盖馆内所有角落的同时达到节能的效果。
The integrated glass curtain wall with photoelectronic elements can isolate the emission; and the building's light beams can cover all areas within the pavilion, and achieve energy efficiency as well.
考虑了工作信号躁声，感光光电二极管深嵌入硅片中，与芯片表面上产生噪声的元件相隔离。
Operating signal noise was also considered, and the sensor photodiodes were deeply embedded in silicon to isolate them from noise-causing elements on the chip surface.
采用基于DSP和CPLD的数字化伺服控制技术解决光电传感器的机载应用问题：隔离机体的高频振动并随动于驾驶员头盔。
Digital servo-control technology based on DSP and CPLD is used to solve airborne application problems of optical-electronic sensor: isolating vibration of airplane and tracking pilot helm.
在舰船摇摆条件下提高光电跟踪系统对目标动态跟踪精度，其控制系统设计的关键技术是隔离扰动和减小高速跟踪时的动态滞后误差。
The critical design for the control system of ship-borne electro-optical equipment is how to isolate external disturbance and reduce the dynamic lag error.
探讨并分析具有光致负阻特性的双极型硅光电三极管阵列中各单元器件设置偏流隔离电阻的必要性。
The necessity of setting the bias current and segregation resistances in every element of bipolar silicon photo-negative resistance phototransistor array is studied and analysed.
将发光器件和硅光电负阻器件面对面地封装在一起，其间实现电隔离，构成一种新型光耦合器。
A new type of photo isolator has been developed by packing light emitting devices with silicon photo negative resistance devices face to face to realize electrical isolation.
介绍了利用隔离器抑制激光电源产生的强共模干扰对系统影响方法和系统嵌入式硬件设计的原理和系统软件功能。
The isolator is used to eliminate high common-mode disturbance produced by the laser power, and the design principle for embedded hardware and the function for software are presented.
介绍了利用隔离器抑制激光电源产生的强共模干扰对系统影响方法和系统嵌入式硬件设计的原理和系统软件功能。
The isolator is used to eliminate high common-mode disturbance produced by the laser power, and the design principle for embedded hardware and the function for software are presented.
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