方向控制信号由电压比较电路生成。
Direction control signal is given by the voltage comparison circuit.
低功耗，低失调，双路电压比较器。
集成电路电源，胶印，双电压比较器。
所以设计此类电压比较器的关键在于对所有参数的折衷。
So, the key of designing this kind of comparator is keeping a tradeoff among all parameters of it.
确定了直流母线电压线性采样电路以及迟滞电压比较电路。
The linear sampling circuit of direct current bus and the hysteresis voltage comparator circuit are confirmed.
本文介绍一种新型的取样锁定电压比较器zj03的设计。
The design of a new type of sampling latching voltage comparator ZJ03 is described.
利用电压比较器，设计出了霍尔效应式电子点火控制电路。
Hall effect type electronic ignition control circuit has been designed by means of voltage comparator.
电压比较电路基于第一电压和第二电压之间的比较产生控制信号。
The voltage comparison circuit generates a control signal based on a comparison between the first voltage and the second voltage.
本文介绍一种新型的取样锁定电压比较器z J _(03)的设计。
This paper describes the design of a new type sample latching voltage comparator ZJ03.
经比例放大器放大后的脉冲信号经窗口电压比较放大器消除干扰给计数器。
Pulse signal of proportional amplifier is sent to counter after reduced noise by window voltage comparer.
因此可通过连接到位线的电压比较器读出放大器来检测存储器元件的状态。
The state of the memory element can thereby be detected by a voltage comparator sense amplifier that is connected to the bit line.
文章作者研究开发的过零点电压比较法（ZCPV法）已能够满足这一要求。
The zero cross point voltage comparing method (ZCPV method) developed by the authors can meet the above mentioned requirements.
在一些教材中论述，构成电压比较器的集成运算放大器仅仅是工作在非线性区。
Some teaching material treat that the integrated operational amplifier which makes up the voltage comparer only works in the nonlinear area.
当充电时，一个电压比较器就不断地将通过电容器的电压和一个参照电压进行比较。
While it is charging, a voltage comparator constantly compares the voltage across the capacitor to a reference voltage.
设计并实现了激励脉冲发射电路、滤波、信号放大、电压比较、检波等信号处理电路。
The interrogation pulse, filter, signal amplifier, voltage comparator and the signal processing circuits are designed and realized.
本发明提供了一种过压保护控制电路，包括：电压转换电路、电压比较电路和开关电路。
An overvoltage protection control circuit includes a voltage conversion circuit, a voltage comparison circuit, and a switching circuit.
内核部分又分为三个功能模块，如数摸转换器(DAC)，电压比较器和数字逻辑单元。
Inside the core there are three important models, such as digital-to-analog converter (DAC), voltage comparator and some other digital logic units.
在接收部分采用双电压比较器整形电路并结合软件设计纠正回波前沿的方法来提高测量精度。
Besides, the measurement accuracy was increased through using dual voltage comparator circuit combined with software design to correct the front of echo.
为减小干扰及提高检测电路的灵敏性，采用滞回电压比较器作为整形电路，取得了良好的效果。
And voltage comparator with retardation has been chosen as the shaping circuit to minish undesired signal and to improve the sensitivity of circuit.
二是心率处理电路：选用电压比较器提取一个心电周期中的R波，检测上升沿个数以记录心率。
The second one is the circuit which deals with the heart rate, it selects th voltage comparator to collect the QRS wave in one cycle, and detect the rising edge to record the heart rate.
瞄控台自动控制器由at98c 2051、电桥和电压比较电路及数控电位器x 9241组成。
The controller of aiming control platform (ACP) is composed with AT98C2051, Voltage comparing circuit, electric bridge and digital potentiometer X9241.
设计了一个由微波发射器、555定时器、电压比较器和继电器组成的具有延时功能的自动报警器。
The paper designs an automatic alarm with the time delay function which composed by the microwave launcher, 555 timers, the voltage comparator and the relay.
在碱性电池中，碱锰电池具有容量高、工作电压比较稳定、低温性能较好、贮存寿命长等优点，其应用最为广泛。
Alkaline manganese batteries with high capacity, stable work voltage, good low temperature property and long service life were widely used in all the primary battery.
其次对集成电路内所需要的基本模拟及数字电路如有源电阻、电流镜、电压比较器、与门及或门进行了设计和仿真。
Then the all basic-circuits are also designed and simulated carefully including active resister, current mirrors, comparator, inverter, AND gate, OR gate.
接收电路采用了零中频方式，相对于超外差方式，明显简化了电路结构，仅由混频器、差分放大器和电压比较器组成；
Receiving Circuit adopts the zero-IF, only consists of the mixer, differential amplifiers and voltage comparator, compared to super heterodyne, obviously simplifies the structure of the circuit;
本发明公开了一种以神经元电路为基本单元的电压比较器电路，它包括：一具有两个输入端和一个控制端的二选一电路，用于选择比较器的两输入信号之一；
The voltage comparator circuit using neural circuit as basic unit includes an either-or circuit with two input ends and one control end for selecting one of two input signals of comparator;
伺服电动机更容易控制，但是他们的功率都比较小，需要明确的电压，andarelessintuitive。
Servos are much easier to control, but they generally are less energy efficient, have explicit voltage requirements, and are less intuitive.
在第二阶段，另两个栅格放置的距离比较大，并在低电压下工作。
Then, in the second stage, two more grids are positioned at a greater distance 'downstream' and operated at low voltages.
在弗兰克·索看来，目前使用的大多数夜视设备装着一大堆电子元件，需要几千伏特的工作电压。为了让画面更加逼真，夜视镜的镜头与镜头之间必须保持真空状态，因此整个装置比较沉重。
Most night vision devices today use massive amounts of electricity -- often several thousand volts, according to So -- and heavy, glass lenses that maintain a vacuum to make the night come alive.
在弗兰克·索看来，目前使用的大多数夜视设备装着一大堆电子元件，需要几千伏特的工作电压。为了让画面更加逼真，夜视镜的镜头与镜头之间必须保持真空状态，因此整个装置比较沉重。
Most night vision devices today use massive amounts of electricity -- often several thousand volts, according to So -- and heavy, glass lenses that maintain a vacuum to make the night come alive.
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