iPod touch使用两种可能的方法来测量电路状态。
There are two possible methods the iPod touch can use to measure changes in electrical states.
在逻辑模拟中用波形作为电路状态的描述工具，通过对波形的计算和检查实现精确的模拟。
Waveforms are used as a tool for describing circuits during logic simulation and accurate simulation is achieved by computing and checking waveforms.
一种中间电路状态，当发出NCP命令show或LIST时，作为电路状态显示而被显示。
An intermediate circuit state that is displayed for a circuit state display when the NCP commands SHOW or LIST are issued.
一种电路状态信令形式。其中，电路状态由一个或多个信令状态比特显示，这些比特不断重复发送并与特殊电路相关联。
A form of circuit state signaling in which the circuit state is indicated by one or more bits of signaling status sent repetitively and associated with that specific circuit.
在合适的材料中，使用X射线来控制掺杂剂原子的状态，用这种方法将使制作超导电路成为可能。
It could be possible to make superconductor-based circuits simply by using a beam of X-rays to control the positions of dopant atoms within a suitable material.
在异步时序电路设计中，它将时钟方程和状态方程的求解归在统一的符号卡诺图上进行。
In design of pulsed asynchronous sequential circuits, it will solve for equations of clock and equations of state, on a symbolic Karnaugh map.
通过对这种电路的工作状态进行分析，提出了正确设计的重要公式和提高效率的方法。
By an analysis of the circuit operating conditions, an important formula for its proper design is derived and ways to improve efficiency are proposed.
控制器218将来自主机的命令转换为可由与状态机216通信的命令电路214解译和执行的命令信号。
The controller 218 converts commands from the host into command signals that can be interpreted and executed by command circuits 214, which are in communication with the state machine 216.
通过运用逻辑函数的方法，对多台电机多种状态控制线路提出了新型实用的设计方法及设计电路。
The new practical design method and design circuit for multi-state control of multi electric machinery are provided in this paper by using the method of logical function.
选择信号的逻辑状态可以例如响应于集成电路的温度变化而改变。
The logic state of the select signal can be changed, for example, in response to a change in the temperature of the integrated circuit.
依照图5中一个实施例，电路515是存储选择信号的静止状态的存储器电路。
According to one embodiment of FIG. 5, circuit 515 is a memory circuit that stores a static state for the select signal.
基于无复位时序电路，详细研究了有复位状态的同步电路测试生成问题及在无复位电路中的应用。
In order to test the circuits that has not any reset state, special way for resolving start state is described.
电路的状态(开或闭)决定了跳线设置。
The state of the circuit (open or closed) determines the jumper setting.
文中对该驱动电路及驱动变压器铁芯的磁化状态作了深入的分析和研究。
The drive circuit and the magnetizing condition of the drive transformer are also thoroughly analyzed in the paper.
电子模块取代原有的继电器，直接实现对道岔、信号机、减速器的控制和对轨道电路的状态识别。
Electronic modules, instead of traditional relays, perform directly the control of switches, signals and retarders and identification of the status of the track circuits.
定期在线检测电气化铁道轨道电路参数，可确保信号设备工作在最佳状态，避免行车事故。
The electric parameters of rail circuit must be measured periodically to check if the signal system is in good condition and to avoid accident.
分析和讨论了如何借助特有树建立电路的状态方程。
This paper analyzes and discusses how to set up the circuit state equation according to proper tree.
让我们看看初始状态电路调查之前会发生什么后，开关打开。
Let us examine the initial state of the circuit before investigating what will happen after the switch is opened.
研究了电火花放电间隙状态判别电路，选择恰当的正常火花放电、电弧放电及空载比例，确定较佳伺服进给量。
The recognition circuit for EDM gap state is researched, selecting proper rate between nomal discharge, arc and blank, defining suitable servo feed.
随着程序或电路规模的增大，状态数目将呈指数增加而引起组合爆炸。
Exponentially increasing of the state number of a system causes the combination exploring with the scale of program or circuit increasing.
用VHDL（甚高速集成电路硬件描述语言）有限状态机设计了数据采集时序的控制电路。
The sequence control circuit of DATA collection is designed with finite state machine(FSM) of VHDL.
现在电路仍然处在不定状态一直到复位。
该方法之关键在于直接从时序电路的状态转换图（STD）获得J-K、D和T触发器的激励方程式。
The crux of this method is that excitation equations for J K, D and T flip flops are obtained directly from the state transition diagrams(STDs).
根据固态噪声二极管在雪崩击穿状态的等效电路，设计出与之匹配的电路结构，以实现超噪比的最大输出。
For maximum exceed noise ratio generated, circuit structure to match the equivalent circuit diagram of the solid-state noise diode in avalanche breakdown state has been designed.
本文介绍了移频轨道电路调整状态及分流状态调整电阻的计算方法。
Method of calculating the adjusting resistance of frequency shift track circuit for normal state and shunting state is introduced.
本文介绍了移频轨道电路调整状态及分流状态调整电阻的计算方法。
Method of calculating the adjusting resistance of frequency shift track circuit for normal state and shunting state is introduced.
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