This paper presents the working theory of USB Data Re-record Box, which is based on SCM control.
介绍了基于单片机控制的USB数据转储器的工作原理，重点阐述了USB接口部分电路设计及软件设计。
High accuracy, using SCM control, software timing, shut down automatically 30 seconds after launch show.
准确度高，采用单片机控制，软件定时，启动后30秒自动关闭显示。
SCM control of permanent magnet brushless DC motor speed control system applicable to electric bicycles, and other low-power work.
摘要单片机控制的永磁无刷直流电动机调速系统适用于电动自行车等小功率的工作情况。
The SCM control method of aircraft gun firing shell number is advanced in this paper, also the hardware structure and the software design project are given in detail.
介绍了航炮射击炮弹数目的单片机控制方法，并给出了较为详细的硬件组成及软件设计方案。
It describes the feature of pulse plasma arc welding and introduces the general design thinking and its composition of SCM control system for the pulse plasma arc welding.
简述了脉冲等离子弧焊接的特点，介绍了该脉冲等离子弧焊接的单片机控制系统总体设计思想及其组成。
How to control and display in real time is one of the key issues for CCD data collection system based on SCM control with general applicability and higher collect efficiency.
如何在基于单片机控制的CCD数据采集系统中做到实时控制和显示，是该系统具有广泛适用性和较高的采集效率的关键问题之一。
The utility model discloses a double-driving SCM control device with an outer A/D converter for brushless DC motors, and relates to a SCM control device for brushless DC motors.
一种外置A/D转换器的无刷直流电机双驱动单片机控制装置，涉及一种无刷 直流电机单片机控制装置。
Compared with the traditional LED display system with SCM control, this system has many advantages, such as, the simple external circuit, being easy to upgrade and good stability.
与传统的单片机控制LED显示系统相比，本系统具有外围电路简单、升级容易、稳定性好的优点。
The design of main power sources structure, the control circuit for welding tractor and wire feeder, SCM control circuit and software for welding process are introduced in detail.
对该焊机的主电源结构、小车行走控制电路、送丝电路、单片机控制电路以及焊接过程控制软件等的设计作了较详细的介绍。
Select the appropriate pressure and torque sensors, develop SCM control circuit and small-signal amplifier, do data acquisition and Processing by PC and multifunctional data acquisition card.
选择适合的压力、扭力传感器，开发单片机控制电路、小信号放大器，应用PC机并配合多功能数据采集卡完成数据采集与处理。
Select the appropriate pressure and torque sensors, develop SCM control circuit and small-signal amplifier, do data acquisition and Processing by PC and multifunctional data acquisition card.
选择适合的压力、扭力传感器，开发单片机控制电路、小信号放大器，应用PC机并配合多功能数据采集卡完成数据采集与处理。
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