样机调试初步证明了设计正确性。
The debug to the prototype confirms the correctness of the design.
完成了远程电量数据终端的硬件选型和软件设计，以及样机调试。
Completed the hardware selection and software design of Energy Remote Terminal Unit, then finished the debugging of sample machine.
本文讨论了边界扫描技术在样机电路板调试中的应用以及扩展到产品板制造、系统集成和现场服务等方面应用的技术问题。
This paper discussed the application of boundary-scan technology to prototype board debugging and the problems of extension to volume board manufacturing, system integration, and field service.
此PMP系统方案现在样机的基本功能已调试通过。
The now sample based on this PMP system scheme , whose the basic functions of the prototype debugging have been passed.
制作的样机完成了各工作状态的测试并与化成系统其他部分进行了联合调试。
Produced prototype completed the state's test and a joint debugging with the whole battery formation system.
样机系统的调试和工作证明该算法是可行和有效的。
The system proves that the control arithmetic is available and valid during the debugging and the working.
参与研制了新型五自由度并联机床样机，并对机床进行了调试和加工实验。
The prototype of the novel 5 DOF PMT is developed. The debugging and machining experiments are performed.
在此基础上进行了实验样机的研制，并在该样机上进行调试，文中最后给出了试验波形。
Then prototype aeroplane was excogitated to validate the result . finally , the experimental waves of the prototype are given.
完成了软件和硬件的设计，以及实验样机的部分调试。
The hardware and software has been designed, prototype and circuit has been tested partly.
最后，根据上述设计，完成了驾驶舱控制面板样机的制作与调试。
At last, manufacture and debugging of cockpit control panel have been completed according to design above.
最后，通过仿真分析和对50V/20A样机的调试实验，验证了零电压零电流移相控制PWM三电平直流变换器的工作原理。
Finally, the operation principle of Zero-voltage and Zero-current-switching PWM three-level converter is validated by the simulation analyze and the debugging experiment of 50V/20A sample device.
试验样机系统调试结果表明，设计方案合理，达到了规定的性能指标。
Sample machine test shows that the design is reasonable and the performance is satisfied.
支撑结构试验样机已经加工完成，地面调试结果表明主镜的镜面变形满足整个光学系统的要求。
Therefore, the supporting system is very important to the whole telescope, and it must satisfy the need of on the ground, on the track and during the launching process.
结合软硬件对样机系统进行实验调试，实验结果满足割草机器人工作要求。
Considering the demand of the environment and tasks, we design the mechanical structure and control system based on the CAN field bus technology.
结合软硬件对样机系统进行实验调试，实验结果满足割草机器人工作要求。
Considering the demand of the environment and tasks, we design the mechanical structure and control system based on the CAN field bus technology.
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