通过分析确定了实验电路的方案。
Through the analysis it confirmed the experimental circuit's project.
实验电路连接方便、简捷可靠。
Electric circuits of experiments can be conveniently and reliably connected.
搭建了实验平台,调试了实验电路。
Hereafter, the laboratorial platform is built, and circuits are debugged.
论述了实验电路的设计过程。
元器件的可靠性是实验电路可靠性的基础。
The reliability of experimental circuit is based on the reliability of the components.
选择实验电路进行验证,由发光管指示显示结果。
Select the experimental circuit to verify the result by the LED indicator is displayed.
还提出了模拟高频开关变压器初级电压的实验电路。
An experiment circuit to simulate primary voltage of HF switching transformer is put forward.
设计了完整的实验电路,经过实际测量证明了该方法是可行的。
And the complete experiment circuit has been designed, it has been proved by actual measurement that the method is viable.
设计了完整的实验电路,经过实际测量证明了该方法是可行的。
And the complete experiment circuit has been (designed). It has been proved by actual measurement that the methods feasible.
“强光i”瞬时伽马辐照实验显示,实验电路像预计的那样出现了闭锁窗口。
Transient gamma irradiation experiment on "Qiangguang I" indicates that a latch-up window appears in the test circuit as predicated.
搭建了报警装置的实验电路,可以检测到当有人通过泄漏同轴电缆时的信号变化。
I have built the experimental circuit, which can watch the signal changing when someone walked through the leaky coaxial cable.
本文给出用运算放大器实现负电阻的实验电路及其分析,主要讨论电路的稳定条件。
In this paper, the electric circuit of linear negative resistance was designed with operational amplifier, and its characters. Special stability condition, were analysed.
根据电压补偿原理,设计了自组电位差计的几种实验电路,用于测量干电池的电动势和内阻。
According to the voltage compensation method, several experiment circuits of potentiometer are designed to measure the voltage and the internal resistance of the dry battery.
分析了一个异步十进制加法计数器实验电路的错误,介绍了异步十进制加法计数器典型电路。
This paper analysis the errors of experimental circuit on a asynchronous decimal carry counter, introduces a typical circuit on a asynchronous decimal carry counter.
利用数字显示时间继电器、交流接触器、断路器以及电阻性负载设计了一个简易的触头材料实验电路。
The simple experimental circuit contact material is designed using time relays with digital display, contactors, switchgear and resistive load.
最终将完成的IIR滤波器的硬件设计配置到芯片中,并在制作的实验电路中进行了实际滤波效果测试。
The accomplished design of IIR filter is configured into chip and is tested in experimental circuit after configured.
该系统以南京大学电子系的WCS- 3微处理器实验系统为远程实验对象,可以远程重构实验电路。
The remote experiments use the WCS 3 MPU application experimental system as experimental object, whose circuit can be reconstructed remotely.
最后对所提出的设计方法和实验电路进行了PSPICE仿真,仿真结果表明,设计方法正确,电路可行。
Finally, the proposed methods and the experimental circuits are simulated by the PSPICE . The simulation results show that the proposed methods are correct and the circuits are practical.
根据冲击电流计测直螺线管磁场的实验电路原理,利用数值计算方法,对减少测量的系统误差进行了理论分析。
According to circuit principle of the experiment of measuring magnetic field in straight solenoid by impact galvanometer, theory analysis on reducing system error is done by using numerical method.
叙述了一种电压源供电的串联感应加热负载的PWMPF M混合控制方法,并给出了实现的方法和实验电路。
Describes a kind of PWM PFM hybrid control method for voltage fed series resonance inductive heating and provides an experimental circuit.
提出了高频功率磁元件测试新方法和实验电路模型,实现了磁元件模型各参量的确定及铜、铁损等效电阻的分离。
A new testing method of high frequency power magnetic component and its electrical circuit model of measurement is produced.
本平台采用模块化设计,可运用不同模块在平台上搭建各种实验电路,具有结构简单,操作方便,易于扩展的特点。
Adopting the modularization design, the platform has a simple structure, convenient operation and easy expansion. And different modules can build up the various experiment circuits.
文章给出了信道增益变化下利用蔡氏电路的混沌信号进行的包括信号调制和解调完整过程的混沌键控通信实验电路。
In this paper, an experimental CSK circuit using Chua s circuit with the whole modulation and demodulation process under changeable communication channel gain is presented.
最后,对所设计的系统在实验室进行实验验证,包括系统pcb的设计、实验电路的搭建、调试、上位机的信息接收显示等。
Finally, the designed system is tested the article in the laboratory experiments, including the system's set up, debug, and host computer receives the information.
对补偿法测电阻的原理进行分析,设计了电压补偿测电阻和电流补偿测电阻的实验电路。该电路测量精度高,结构简单,操作方便。
The principle of compensation method to measure resistance is analyzed, and the measuring circuit of voltage compensation and current compensation is designed.
然后,在这一结论的基础上对原先的实验电路进行了结构的优化,使用软开关技术与谐振技术使输出电压、电流满足电源系统的基本要求。
Then we improve the circuit of the experiment based on the conclusion, make the current and voltage better using of the technology of soft switching and series resonance.
对于所有的实验电路,通过使用级数为确定性测试向量的确定位数量最大值的线性反馈移位寄存器,本策略可以编码所有的确定性测试向量。
For all benchmark circuits, the method is able to encode all deterministic test patterns using an LFSR whose size is equal to the maximum number of care bits in a test pattern.
目前,研究人员还没有找到如何防止伪造这种纸币的方法,不过此次实验至少可以证明,未来把微型柔性电路直接印到纸币上是完全可行的。
The team hasn’t quite yet worked out the anti-counterfeit part of the equation, but it’s not hard to see how future bills could be minted with tiny, flexible circuits printed right into them.
目前,研究人员还没有找到如何防止伪造这种纸币的方法,不过此次实验至少可以证明,未来把微型柔性电路直接印到纸币上是完全可行的。
The team hasn’t quite yet worked out the anti-counterfeit part of the equation, but it’s not hard to see how future bills could be minted with tiny, flexible circuits printed right into them.
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