To program assemble language control software of the analog output card and control card , and debug on the super ice 16 simulator . 4 編寫高速智能控制卡和模擬量輸出卡的匯編語言控制程序,在superice16仿真器上仿真調試; 4
This paper is based on developing the high - speed intelligent control card about can bus of mscis interface system and analog output card 論文是在研制mscis接口系統的基于can總線的高速智能控制卡和模擬量輸出接口卡的基礎上完成的。
Firstly , apply protel99 software to design the sch chart of the high - speed intelligent control card and analog output card , secondly , design pcb charts and send them to the factory . 2 首先應用protel99軟件設計高速智能控制卡和模擬量輸出接口卡的硬件原理圖,再設計印刷電路板圖并送廠制板; 2
The development of mscis mainly includes the following two parts : the cards and the software running on the communication computer . there are five types of cards , communication card , control card , analog output card , analog input card and digital input / output card Mscis接口系統的研制工作主要包括兩大部分:系統硬件板卡(包括通信卡、控制卡、模擬量輸入卡、模擬量輸出卡和數字量輸入輸出卡)的研制和通信計算機軟件研制。
To utilize the super ice 16 simulator to link card to debug the control programs of the analog output card and the high - speed intelligent control card online and to test on the can bus communication ; 5 . to embed the control program debugged successfully into eprom , and debug the system on eprom ; 6 . to debug offline the analog output card , the main control card , and can bus data communication 利用superice16仿真器連接板卡,在線仿真調試模擬量輸出卡和控制卡的控制程序以及can總線通信測試;武漢理工大學碩士學位論文5 .把仿真調試成功的控制程序燒入eprom芯片,進行eprom仿真調試; 6 .脫機調試模擬量輸出卡和控制卡以及以n總線數據通信;論文從智能化mscis接口控制系統的組成、原理上介紹了系統的硬、軟件設計技術和設計經驗。
On the aspect of hardware , it refers to the hardware circuit design of the high - speed control card and the analog output card , anti - jamming technology , chip software programming , and hardware upgrade project ; on the aspect of software technology , it relates to the design idea of program frame modularization and using asm96 assembly language to compile system software including main program and communication interrupt service program and controlling output program 硬件上,內容涵蓋了高速智能控制卡和模擬量輸出接口卡的硬件電路設計、抗干擾技術、芯片控制程序設計和硬件升級方案;軟件上,注重程序結構模塊化,運用asm96宏匯編語言編寫系統程序,包括主程序、通信中斷服務程序、控制輸出程序等。