其控制方式为间接控制，即P 89c 669通过自身系统中的并行接口与显示模块连接。
Its control manner is indirect control manner, that is, the P89C669 connected with display module by using parallel interface.
本文以内藏液晶显示控制器（T6963C）的液晶显示模块为例，介绍了其在DSP测控系统中与DSP芯片（TMS320C542）的软件和硬件接口形式。
The article takes the LCD module of T6963C controler with built-in LCD for example, presenting its software and hardware interface with DSP(TMS320C542) in DSP application.
在简要地介绍了单兵短波数字通信系统的基础上，给出了MGLS12864T点阵液晶显示模块与第三代数字信号处理器(DSP)TMS320C31的硬件接口电路。
Firstly, the data communication system on short-wave for single soldier is present in brief. And then the hardware interface between the lattice LCD MGLS12864T and the 3g DSP TMS320C31 are introduced.
使用者只要向液晶显示模块中送入相应的命令和数据就可以实现所需要的显示…这种模块与CPU能很容易地接口，使用起来特别灵活方便。
Users just have to send corresponding orders and datas to the LCM and it will display what you want. It is flexible and convenient for using because of connecting with the CPU easily.
数据显示部分用液晶显示模块以节省电池的耗电量，显示器与单片机的接口为串行通信接口。
Data show USES LCD module in order to save battery power and the interface of display and microcontroller is serial communication interface.
以应用广泛的MSC -G12 864液晶显示模块为例，在简单介绍内部结构与操作方法的基础上，讨论了其与单片机的接口以及相应的C5 1编程方法和程序。
Presents the internal configuration of LCD module MSC-G12864 and its operation method. On these, discuss the interface with MCU and gives out programming method and some C51 program.
以应用广泛的MSC -G12 864液晶显示模块为例，在简单介绍内部结构与操作方法的基础上，讨论了其与单片机的接口以及相应的C5 1编程方法和程序。
Presents the internal configuration of LCD module MSC-G12864 and its operation method. On these, discuss the interface with MCU and gives out programming method and some C51 program.
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