| 1. | Liquid scintillator pulse counting assembly
液体闪烁脉冲计数装置 |
| 2. | Recommend a real - time pulse counts circuit with low consumption
摘要介绍一种低功耗实时脉冲计数电路。 |
| 3. | Low background pulse counting assembly
低本底脉冲计数装置 |
| 4. | Capacity measure of single - chip microcomputer by using pulse counting
采用脉冲计数法以单片机实现电容的测量 |
| 5. | Beta pulse counting assembly
脉冲计数装置 |
| 6. | Two pulse counting circuit
双脉冲计数电路 |
| 7. | Pulse counting system
脉冲计数制脉数制 |
| 8. | 7 in order to improvement the performance of the whole system and reduce the cost , a new signal processor is given , which based on the new pulse count method brought forward by the author
从系统联调的测试结果可以看出，利用自适应检波电路，可以大大改善基于脉冲计数新方法的雷达信号处理机的性能，使得雷达系统的测距精度大大提高。 |
| 9. | The software includes a monitor program , an initialization module , a watchdog module , a data fusion module , a can transmission module , a quadrature encoder pulse count module and an a / d interrupt service program
该系统软件包括监控程序、初始化模块、看门狗模块、数据融合模块、 can通信模块、数字量采集模块、正交编码脉冲计数模块和a d中断服务程序。 |
| 10. | In this paper , the if circuit , the processor based on the pulse count technology and the adaptive signal processing of the system are discussed thoroughly . major contents are abstracted as follows : 1 the evolved . history of the anticollision radar system is given curtly . the development of the signal processing of the radar and the application of the digital signal processing technology to the radar system is summarized
本文重点讨论了毫米波防撞雷达系统的中频电路及其改进、基于脉冲计数新方法的处理机和自适应信号处理等的研究工作，主要研究内容摘要如下： 1简要介绍了防撞雷达系统的发展历史，总结了雷达信号处理的发展和数字信号处理技术在雷达系统中的应用及其实现方法。 |
