| 1. | Design and implementation of 32 - bit integral microprocessor based on fpga
的32位整数微处理器的设计与实现 |
| 2. | Superdms - 2100 : dms systems dep - 800 microprocessor based digital protective relays
Dep - 820系列分散式保护测控装置 |
| 3. | A data communication model for microprocessor based protection based on iec 61850 standard
三维参数化模型的自动建模设计 |
| 4. | Nuclear instrumentation - microprocessor based nuclear radiation measuring devices
核装置.以核辐射测量装置为基础的微处理机 |
| 5. | A flexible 8 - bit asynchronous microprocessor based on low - temperature poly - silicon tft technology
技术的柔性8位异步微处理器 |
| 6. | A maloperation accident of microprocessor based differential protection for main transformer was investigated . its cause was analyded , and the solution was brought forward
摘要对一起主变微机保护差动误动的事故进行调查，分析其原因并提出解决的方法。 |
| 7. | This dissertation analyses and compares the microprocessor based protection and measurement algorithms used in power system . and expounds how to realize each protection method by microprocessor
本论文对电力系统微机保护算法和测控算法进行了详细的分析和比较，对本系统中用到的各种继电保护方法的微机实现作了详细的阐述。 |
| 8. | The microprocessor based prot8ctive reiay works in serious eiectromagneticenvironment of the substations . its immunity ievei and reliabiiity is moreimportant to the safe and reliable operation of the power systems
微机继电保护装置工作在电磁环境极其恶劣的变电站中，其电磁兼容水平、可靠性等因素对电力系统的安全、稳定极其重要。 |
| 9. | Finally this method is realized in microprocessor based busbar protection , the result of a lot of experiments indicates that this protection can reliably avoid misfunction of the busbar protection , and when the fault is developed , the fault can be rapidly eliminated by the protection
最后，在微机保护装置上编程实现。大量试验表明谐波制动判据具有很好的抗ta饱和能力，而且当故障由母线区外转至区内时，判据能够迅速开放。 |
