光耦也有优势。
光耦器件用于串行口、开关量输出等回路时也存在上述现象。
The paper concludes that the "transient saturation" phenomenon can happen when optocouplers are used in serial communication port and binary output port.
通过管理芯片和周围空气之间的热传递，维持光耦特性，避免失效。
Sustain an optocoupler's performance and avoid failure by managing the heat transfer between the chip and the ambient atmosphere.
通过管理芯片和周围空气之间的热传递，维持光耦特性，避免失效。
Sustain nan optocoupler's performance and avoid failure by managing the heat transfer between the chip and the ambient atmosphere.
该系列相机所有型号都包含PoE（以太网供电），三光耦输出，以及64兆图像缓存。
All models include PoE, three optocoupled outputs, and a 64 MB image buffer.
随着光耦元件在综合自动化变电站二次设备中的广泛应用，其工作特性也需要引起特别关注。
Along with the extensive application of optocoupler element in the secondary equipment of integrated automatic substations, its operating characteristic also needs much attention.
针对目前电气隔离器件状况，提出基于高精度线性光耦hcnr201的电压、电流测量电路。
Introduced are measuring circuits of voltage and current based on HCNR201, high-precision and high-linearity optocoupler, after surveying different kinds of current electrical isolators.
为了准确客观地检测出爆裂噪声的存在，提出了基于噪声信号奇异性的光耦器件爆裂噪声检测方法。
In order to detect the presence of burst noise in optocoupler device accurately and objectively, a new method was put forward based on singularity of noise.
针对电流小信号采集中存在噪声干扰的问题，采用高线性度模拟光耦hcnr 201设计了电流信号隔离采集板。
Aiming at the noise jamming problems in acquisition of small current signals, an isolation and acquisition board for current signal is designed based on HCNR201 high-linearity analog optical coupler.
介绍了IRIG-B码对时的概念、IRIG-B码对时模块的组成，其组成部分包括微处理器、电平转换器件、光耦隔离器。
The paper introduces the time synchronization conception of the IRIG-B format code and its module constructions which include microprocessor, level converter and optically coupled isolator.
在系统的硬件设计中，处理器采用TMS320LF2407数字信号处理器（DSP）；逆变器采用智能功率模块（IPM），并采用高速光耦对其驱动。
In the area of hardware design, the system uses TMS320LF2407 DSP as microprocessor, and uses intelligent power module (IPM) as inverter, which is drived by high-speed optocouplers.
在系统的硬件设计中，处理器采用TMS320LF2407数字信号处理器（DSP）；逆变器采用智能功率模块（IPM），并采用高速光耦对其驱动。
In the area of hardware design, the system uses TMS320LF2407 DSP as microprocessor, and uses intelligent power module (IPM) as inverter, which is drived by high-speed optocouplers.
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