This paper presents the methods of the temperature control circuit (using control chip-LM56) design and a practical example in the ruggedized LCD. The application result proves good.
文章阐述了以LM 56为控制芯片所组成的加温控制电路的设计思想、原理分析以及该电路在加固LCD中的应用实例。实践证明效果良好。
To design the timing circuit of LCD using VHDL.
并使用VHDL语言设计LCD驱动时序电路。
Hardware design including CPU and periphery circuit, power part, signal collection part, and LCD are discussed in detail.
硬件部分分成CPU及外圈电路、电源部分、信号采集部分、液晶显示部分等，并对这几部分进行了详细的论述。
The design used SPCE061A16 SCM to be tiny controller, enlarge data collection module, LCD, keyboard module and wireless communication module buildup system hardware circuit.
本设计应用SPCE061A16位单片机作为微控制器，扩展数据采集模块、LCD、键盘模块以及无线通讯模块，组成系统的硬件电路。
The design and implementation were investigated of application specific integrated circuit(ASIC) used in a super tortuosity nomograph liquid crystal display(STN-LCD) controller & driver.
超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。
The design and implementation were investigated of application specific integrated circuit(ASIC) used in a super tortuosity nomograph liquid crystal display(STN-LCD) controller & driver.
超扭曲向列（STN）液晶是一种常见的被动型显示器件，在移动通讯设备和仪表显示系统中被大量使用。
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