1) broadcast transmitter measuring and controlling system
广播发射机测控系统
1.
It\'s shown that the system is reliable and efficiency by using the method in a broadcast transmitter measuring and controlling system.
经广播发射机测控系统应用表明,这种设计显示效率高,实时性强,系统工作稳定可靠。
3) radio transmitter
广播发射机
1.
Application of liquid crystal display module in radio transmitter s monitoring system;
液晶显示模块在广播发射机监测系统中的应用
2.
In a radio transmitter system,a new failure diagnosis method,which combines the fault tree with fault dictionary,is applied to realize the radio transmitter s real-time failure diagnosis,and the methods of how to build the fault tree s topological configuration and fault dictionary are described.
针对某中波广播发射机台,利用故障树和故障字典方法相结合的新型故障诊断方法———扩充的故障树诊断技术实现了发射机的实时故障诊断功能,并建立了广播发射机故障树的拓扑结构,给出了故障字典的建立方法和故障诊断的具体实现过程,同时将该方法在W indows系统环境下采用Borland C++进行了编程实现。
3.
A practical example of the ground wire interference of a high-power radio transmitter was given and the suppression measures for the ground wire interference were offered.
分析了地线干扰产生的原因,对地电流和地电压的形成进行了阐释,结合大功率广播发射机发生的地线干扰故障实例,阐述了地线干扰的抑制措施。
4) broadcasting transmitter
广播发射机
1.
This paper has introduced design principle and function of broadcasting transmitter monitor system and emphasized on application of PLC on monitor system.
本文介绍了广播发射机监控系统的设计原则和应具备的功能,着重说明了PLC在广播发射机监控系统中的应用。
5) broadcast transmitter
广播发射机
1.
According to the need of automatic monitor and control for the broadcast transmitters in its working process,a power-ful and high accuracy broadcast transmitter control system which adopts a new-style chip STM32F103CBT6 based on ARM kernel as core is introduced in this paper.
根据广播发射机运行过程中自动监测与控制的需要,采用基于ARM核的新型STM32F103CBT6芯片为核心,设计了功能完善、性能可靠的广播发射机控制系统。
2.
Whole structure of 3 kW broadcast transmitter is proposed,and software flow chart based on time-base is given.
概述了3kW广播发射机测控系统的整体结构,给出了基于时基事件的软件流程图,介绍了人机交互事件表和基于标识符思想的菜单程序设计方法。
补充资料：单光子发射体计算机断层照相机
单光子发射体计算机断层照相机
〗【单光子发射体计算机断层照相机】(single photon emission computed tomograply,SPECT)即旋转型γ照相机，由γ闪烁探测器围绕躯体作180°或360°自动旋转，对体内的γ光子进行多角度的探测，众多的信息由计算机采集，利用特殊软件和快速阵列处理机重建各种断层像。当探测器不旋转时，该机亦可做一般γ照相机使用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条