包括模拟电路和数字电路，模拟电路由运算电路、采样保持电路、防饱和电路组成；
The including imitates the telephone and digital circuits, the simulation telephone is from the operation telephone, sample the hold circuit and defend the saturated telephone constitutive enzyme;
该技术充分利用了PN结反向饱和电流是温度敏感函数的特性，使用简单的电路结构，达到了很好的温度特性和电源抑制性能。
The sensitive temperature characteristics of PN junction inverse saturation current is fully utilized to obtain good temperature coefficient and PSRR with simple circuit structure.
当该晶体管时完全饱和，能把一个电路打开或关闭，然后可用于控制一个电路的工作，或者将信息存储在一个电路。
The transistor, when fully saturated, could turn a circuit on or off, and then could be used to control an electrical circuit or store information in an electrical circuit.
重点研究了非线性双跳变电路中跳变幅度的变化对饱和输出功率的影响。
The changes of the step amplitude in non-linear dual step circuits are emphasized which affect saturated output power.
对XRD的电路进行了分析，计算出XRD的时间响应和线性饱和电流。
The equivalent circuit of XRD was analyzed, and its response time and linear saturated current were calculated.
介绍了在电视接收机、显示器行扫描电路中的磁饱和电抗元件(行线性校正线圈)的原理及对铁氧体磁芯材料性能和工艺的要求。
This article describes the principium of line scan revise winding used in the line scan circuit of TV receiver and display, and the requirement for the characteristics of the ferrite core.
本文采用射极跟随器、电流镜、非饱和电流开关等高速单元电路设计了一种新颖的BJT模拟开关。
A new design of BJT analog switch using high speed unit such as emitter follower, current mirror and unsaturated current switch is presented.
简要介绍自励式可控饱和电抗器的电路、结构和特性。
The circuit topology and fundamentals of self-excited controllable saturated reactors are briefly introduced.
介绍了一种实用的GTR自保护驱动电路的原理及设计方法，并对该电路的退饱和保护功能进行了测试。
The principle and design method of practical drive circuit for GTR with self protection is introduced. The withdraw saturation protection of this circuit is also tested.
建立了在该电路中(交流和饱和状态运用)以铁氧体作为非线性电感的数学模型。
For the circuit operating in AC and saturation condition, a mathematical model of the ferrites as the nonlinear inductance element is built up.
用运算放大器构造的微分电路可能存在饱和现象，导致输出与输入电压之间不满足微分关系，使微分电路失去应有性能。
There may be saturation in the differential circuit built with the operational amplifier (op amp), which causes that the relationship between input and output is not differential expression.
抑制过电压除了用相应的RC电路外，还要注意它的最佳电路连接方法，以及在回路中串入合适的饱和电抗器等。
Besides adoption of the right RC circuit, attention must be payed on optimum circuit connecting, as well as proper saturable reactor seriesly connected in the circuit in order to suppress overvoltage.
利用LTD等效电路与PSPICE程序相结合，计算了LTD性能，给出判断磁芯是否饱和的简便方法。
A method of judging whether the core is saturated and simulating the output performance of LTD is presented with the combination of PSPICE program and LTD equivalent circuit.
温控电路采用比例积分调节器，通过半导体制冷器，使激光器工作在恒温状态下，同时引入积分分离思想，进而抑制积分饱和。
Temperature control was realized by PI adjustor based on semiconductor cooler. At the same time, integral separation was introduced to inhibit integral saturation.
提出一种新型ZVT功率因数校正电路，将饱和电感和并联电客加入辅助开关网络中。
A novel ZVT power factor correction circuit is proposed, in which the saturable core and the-capacitor are added to the auxiliary switching network.
该信号采集系统主要是针对呼吸、体温、血氧饱和度和脉率信号的采集电路进行设计，并将采集到的数据经单片机处理得到相应的参数信息。
The signal acquisition system is mainly aimed at designing the circuit of breathing, body temperature, oxygen saturation and pulse rate single, and receiving the data from the single-chip.
论文设计了光源发射驱动、光信号接收、信号调理及数据采集等硬件电路，以获得计算血氧饱和度所需的信号。
Light sources launch driven, light signal reception, signal conditioning, and data acquisition system were designed, and signals for calculating oxygen saturation were acquired by these circuits.
针对BTB部件的功能需要，采用了随机替换算法以及两位饱和计数器算法，并给出电路实现，其电路结构简单，占用面积小。
According to the desire of BTB's function, the paper realizes a pseudo-LRU replacement algorithm and two-bit bimodal algorithm. The circuit has advantages in its simple structure, and small space.
系统硬件组成主要包括PXI系统、脉搏血氧饱和度模拟器、接口电路。
The hardware of the test system includes the PXI system, the Saturation of Pulse Oximetry simulator and the interface circuit.
系统硬件组成主要包括PXI系统、脉搏血氧饱和度模拟器、接口电路。
The hardware of the test system includes the PXI system, the Saturation of Pulse Oximetry simulator and the interface circuit.
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