此电路用积分器产生斜坡信号，用阈值检测器作为复位电路。
The generator embodies an integrator as a ramp generator and a threshold detector with hysterisis as a reset circuit.
掌握阈值检测器在正值输出时的工作过程就可以了解整个电路的原理。
The complete circuit operation may be understood by examining the operation with the output of the threshold detector in the positive state.
阈值检测器就是一种回差范围较大的锁存电路，与施密特触发器相似。
The threshold detector is similar to a Schmitt Trigger in that it is a latch circuit with a large dead zone.
此外，利用adc的4个快速检测位，可编程阈值检测器可以监控传入信号的功率，并且延迟非常短。
In addition, the programmable threshold detector allows monitoring of the incoming signal power, using the four fast detect bits of the ADC with very low latency.
只要按图28那样在阈值检测器中使用性能匹配的稳压二极管，那么这个信号发生器电路就可以做到与温度变化和电源电压变化无关。
The generator may be made independent of temperature and supply voltage if the detector is clamped with matched zener diodes as shown in Figure 28.
利用模糊思想，在定义了模糊相似度与背离度的基础上，提出了一种生成最有效检测器集的变阈值免疫阴性选择算法。
Fuzzy idea was used to bring forward an adjustable threshold immune negative selection algorithm of creating the most effective detector set based on defining fuzzy similarity and deviation.
先介绍了亚阈值MOS管峰值检测器的工作原理，并进行了电路实现。
The principle of sub-threshold MOS peak detector is stated and the circuit is implemented.
降出了一个长检测器协同工做的镜头边界检测框架，包括当用模糊逻辑实际设计切变边界检测和基于非邻帧好的单阈值突变边界检测。
The detector consists of abrupt boundary detection based on fuzzy logic theory and gradual boundary detection based on non-adjacent frame threshold method.
利用模糊思想，在定义了模糊相似度与背离度的基础上，提出了一种生成最有效检测器集的变阈值免疫阴性选择算法。
This paper analyses mechanisms needed for a negative selection algorithm in an artificial immune system and defines fuzzy similarity using fuzzy logic.
利用模糊思想，在定义了模糊相似度与背离度的基础上，提出了一种生成最有效检测器集的变阈值免疫阴性选择算法。
This paper analyses mechanisms needed for a negative selection algorithm in an artificial immune system and defines fuzzy similarity using fuzzy logic.
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