The Hall speed transducer, the generation of the mileage pulse, the driving of step motor and the application of integrated circuit of BL2115 in speedometer are introduced in detail.
详细介绍霍尔速度传感器，里程计数脉冲的产生，步进电机的驱动和BL 2115集成电路在电子式车速里程表中的应用。
The digital pulse width modulator adopts CMOS technology and is suitable for a variety of speech synthesis integrated circuits.
本文所设计的数字脉冲宽度调制器采用CMOS工艺，适合于不同的语音合成集成电路。
To control stepping motors, the balance bridge power drive circuit is made up by TDA1521 integrated audio power amplifier, the pulse allotter is made up by the parallel ports of computer and latches.
双回转机构的步进电机控制电路由TDA1521音频集成功率放大器组成平衡桥式功率驱动电路，由计算机并行口经过锁存器构成脉冲分配器。
The paper introduces the method of using medium-scale integrated calculator core to design the arbitrary digit sequence pulse generator and gives examples to illustrate its application.
提出了利用中规模集成计数器芯片设计任意位数系列脉冲发生器的方法；并举例说明了应用。
This integrated circuit control the frequency and pulse width of the high voltage IC output signal conveniently by adjusting the input date of IC digital input port.
该集成电路通过对数字输入端口的输入数据的调节，灵活的控制了高压开关集成电路输出信号的频率和脉宽。
Arterial compliance was calculated as the integrated area starting at the well-defined nadir of the incisura of the dicrotic notch to the end of diastole of the radial artery pulse wave.
计算动脉顺应性的综合领域开始，明确界定的低潮的切迹的搏切迹的结尾舒张的桡动脉脉搏波。
This paper presents a general pulse generator application specific integrated circuit (ASIC) for power electronics devices designed with the large-scale programmable logic devices.
提出一款基于大规模可编程逻辑器件设计的具有多种功能的电力电子设备通用脉冲发生专用集成电路(ASIC)。
AIM to explore the alternating pattern of myocardial ultrasonic integrated backscatter of SD rats before and after being exposed to electromagnetic pulse (EMP).
目的探讨电磁脉冲照射前、后SD大鼠心肌组织超声背向散射参数变化特点。
The equivalent wide pulse (EWP) long coherent integrated technique with range resolution capability is proposed which can overcome range migration in a low observable target detector.
提出一种宽脉冲等效法，在不降低距离分辨率的前提下可克服雷达多个脉冲回波积累检测时距离走动的影响。
Also, different process corners and temperature variations on an integrated circuit can change the minimum pulse width of the UP and DN signals.
而且，集成电路上不同工艺角和温度变化可改变UP和DN信号的最小脉冲宽度。
Also, different process corners and temperature variations on an integrated circuit can change the minimum pulse width of the UP and DN signals.
而且，集成电路上不同工艺角和温度变化可改变UP和DN信号的最小脉冲宽度。
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