The South Pole would be the check point on circuit, snatching the data from space, processing them in computers and relaying them to the rest of the world.
南极将是轨迹的检查点，从太空中获取数据，用电脑处理，然后将数据传送到世界其他地方。
A real-time clock circuit(X1228)is applied to be an hourmeter, data memorizer and alarm in speedometer.
实时时钟电路（X1228）被用作里程表，数据存储器和车速表中的警报。
Sometimes, your hand can short-circuit the two antennas, hurting data performance, as well as leading to dropped calls.
有时，你的手会使这两根天线短路，造成数据服务质量的降低并且可能导致通话中断。
In this way, you can "short circuit" the process and supply your own data for a given public or system ID.
使用这种方法，可以“缩短”处理进程，并向给定的公共标识或系统标识提供您自己的数据。
The machine induces an electrical circuit in the NFC device, which allows a short exchange of data to effect a transaction, such as deducting a fare from the stored value.
NFC设备内部发生电流感应，造成了影响交易的短时数据交换，比如从储蓄值中扣除某种费用。
By means of Lagrange multiplier method, this method distributes the slack to the operator nodes in the data path, thus, efficiently reduces the energy consumption of design circuit.
应用拉格朗日乘数法，将空闲时间分布到数据通路的各个操作节点上，从而有效地降低了设计电路的能耗。
Design a data collection module with serial port based on microcontroller. The thesis explains the circuit principle and program designing in detail.
设计了一个串口通讯的单片机数据采集模块，文中详细阐述了模块的电路原理和程序设计。
A twin monostable circuIt 'supplies the data and strobe signals.
两个单稳态电路提供数据和滤波信号。
By adjusting parameters in CPLD of data receiving circuits, we can implement configuration of all kinds of digital interface devices, which makes the circuit control simpler, neater and more reliable.
通过对数据接收电路CPLD内部参数的调整，可以实现对各种数字接口器件的配置，从而使得电路控制更加简单、灵活与可靠。
Be directed to damp winding damp bar is calculated though multi circuit method, and a way to transfer data is offence to monitor damping winding.
同时针对阻尼绕组提出了用多回路法计算阻尼条电流，并提出一种数据传递方式实施对阻尼绕组的监测。
The host program takes on the complex computational tasks such as parameter adjusting and the waveform data subdividing, which simplifies the circuit for the peripheral unit.
将参数调整，波形数据细分的复杂计算任务交于主机程序完成，简化了外设执行部件的电路结构。
This paper describes a circuit of data exchange with the features of high speed and low power dissipation.
本文介绍一种用于空间及核数据采集系统中的高速数据交换电路它具有低功耗、高速度的特点。
In this paper, a pulse detection circuit with variable data rate is described.
本文叙述一种具有可变传输速率的硬盘驱动器脉冲检测电路。
The rationality of the circuit design is validated by a group of practical test data.
用一组实测数据验证电路设计的合理性。
A multi circuit calculation method is suggested for calculation of the current of the damping winding bar and a method of data transfering is offered to monitor damping winding.
同时针对阻尼绕组提出了用多回路法计算阻尼条电流的方法，并提出一种数据传递方式实施对阻尼绕组的监测。
Produced in Germany sunshine battery electrolyte dry, thermal runaway, early capacity loss, internal short circuit, which seriously affect the reliability of power supply system. Have a data sheet.
产生了德国阳光蓄电池的电解液干涸、热失控、早期容量损失、内部短路等问题，进而严重影响到供电系统的可靠性。有资料表。
In that case, the data network servicing the remaining office may need a larger-capacity circuit to handle additional transactions generated by the people who transferred in.
这种情况下，为剩下的这个办事处提供服务的数据网络可能需要更大容量的线路，以处理调过来的人员生成的额外事务。
The sequence control circuit of DATA collection is designed with finite state machine(FSM) of VHDL.
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。
It contains three parts of circuit: phase quantizer, data memory and weighting summation.
它包含了相位量化器、数据存储和加权相加三部分电路。
The part of the hardware includes strain resistance, signal detecting circuit, data acquisition and processing system, etc.
硬件部分主要包括应变电阻片、信号检测电路、数据采集与处理系统等。
With admittance circle fitting to experiment data, equivalent circuit parameters can be obtained.
通过导纳圆实验数据拟合，获得相应的等效电路参数。
This paper proposed a flexibility design of a data acquisition circuit.
介绍了一种数据采集硬件电路的柔性设计方法。
This article describes the hardware configuration, the circuit of data acquisition device and its principle, and the software design of the acquisition system as well.
文章介绍了该系统的硬件配置、数据采集器电路结构和原理以及采集系统的软件设计。
Some improvement was also made to this experimental circuit and the error in the experimental data was analysed.
对该实验做了一些改进，并对实验数据的误差进行了分析。
For the hardware, this paper deals with the designing and realization about the main control circuit and data acquisition circuit, and gives the method of debugging.
在硬件部分，论文详述了主控电路和数据采集电路的设计与实现，并给出了硬件调试的方法。
It explicates design of transmitting circuit, receiving channel circuit, data acquisition circuit and multimeter circuit.
详细阐述发送电路、接收通道电路、数据采集电路、万用表电路的设计。
It explicates design of transmitting circuit, receiving channel circuit, data acquisition circuit and multimeter circuit.
详细阐述发送电路、接收通道电路、数据采集电路、万用表电路的设计。
应用推荐