文件名称:Udebugs
介绍说明－－下载内容均来自于网络，请自行研究使用
采用STC89C52单片机作为系统的核心控制器件，利用定时中断，对任务设计了不同的响应频度，CPU分别执行各任务。用这种任务抢占思想构建的程序框架，实现各模模块功能，实现了电压可控的恒定直流稳压电源设计。采用10位的AD1543和 DA5615，实现高精度输出与测量；通过闭环控制，使输出电压稳定；显示模块采用了WM
-Using STC89C52 microcontroller as the core of the system control device, use the timer interrupt, the frequency of the different response on the design of the task, the CPU perform the task. This task to seize the ideological construct of the program fr a mework, the achievement of the mold module function to achieve a controlled constant DC voltage regulated power supply design. 10 of the AD1543 and DA5615 high precision output and measurement closed-loop control, the output voltage stability display module using the WM
-Using STC89C52 microcontroller as the core of the system control device, use the timer interrupt, the frequency of the different response on the design of the task, the CPU perform the task. This task to seize the ideological construct of the program fr a mework, the achievement of the mold module function to achieve a controlled constant DC voltage regulated power supply design. 10 of the AD1543 and DA5615 high precision output and measurement closed-loop control, the output voltage stability display module using the WM
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下载文件列表
Udebugs\debug\adc1543.h
.......\.....\dac5615.h
.......\.....\head.h
.......\.....\key.h
.......\.....\lcd1602.h
.......\.....\main.c
.......\.....\main.LST
.......\.....\main.OBJ
.......\.....\os_cfg.c
.......\.....\os_cfg.h
.......\.....\os_cfg.LST
.......\.....\os_cfg.OBJ
.......\.....\source
.......\.....\source.hex
.......\.....\source.lnp
.......\.....\source.M51
.......\.....\source.Opt
.......\.....\source.plg
.......\.....\source.Uv2
.......\.....\source_Opt.Bak
.......\.....\source_Uv2.Bak
.......\.....\STARTUP.A51
.......\.....\STARTUP.LST
.......\.....\STARTUP.OBJ
.......\.....\task0.h
.......\.....\task0_adc.c
.......\.....\task0_adc.LST
.......\.....\task0_adc.OBJ
.......\.....\task0_adc1543.LST
.......\.....\task0_adc1543.OBJ
.......\.....\task1.h
.......\.....\task1_dac.c
.......\.....\task1_dac.LST
.......\.....\task1_dac.OBJ
.......\.....\task1_dac5615.LST
.......\.....\task1_dac5615.OBJ
.......\.....\task2.h
.......\.....\task2_lcd.c
.......\.....\task2_lcd.LST
.......\.....\task2_lcd.OBJ
.......\.....\task2_lcd1602.LST
.......\.....\task2_lcd1602.OBJ
.......\.....\task3.h
.......\.....\task3.LST
.......\.....\task3_input dac.c
.......\.....\task3_input dac.LST
.......\.....\task3_input dac.OBJ
.......\.....\task4.c
.......\.....\task4.h
.......\.....\task4.LST
.......\.....\task4.OBJ
.......\.....\task5_input dac.LST
.......\debug
Udebugs
.......\.....\dac5615.h
.......\.....\head.h
.......\.....\key.h
.......\.....\lcd1602.h
.......\.....\main.c
.......\.....\main.LST
.......\.....\main.OBJ
.......\.....\os_cfg.c
.......\.....\os_cfg.h
.......\.....\os_cfg.LST
.......\.....\os_cfg.OBJ
.......\.....\source
.......\.....\source.hex
.......\.....\source.lnp
.......\.....\source.M51
.......\.....\source.Opt
.......\.....\source.plg
.......\.....\source.Uv2
.......\.....\source_Opt.Bak
.......\.....\source_Uv2.Bak
.......\.....\STARTUP.A51
.......\.....\STARTUP.LST
.......\.....\STARTUP.OBJ
.......\.....\task0.h
.......\.....\task0_adc.c
.......\.....\task0_adc.LST
.......\.....\task0_adc.OBJ
.......\.....\task0_adc1543.LST
.......\.....\task0_adc1543.OBJ
.......\.....\task1.h
.......\.....\task1_dac.c
.......\.....\task1_dac.LST
.......\.....\task1_dac.OBJ
.......\.....\task1_dac5615.LST
.......\.....\task1_dac5615.OBJ
.......\.....\task2.h
.......\.....\task2_lcd.c
.......\.....\task2_lcd.LST
.......\.....\task2_lcd.OBJ
.......\.....\task2_lcd1602.LST
.......\.....\task2_lcd1602.OBJ
.......\.....\task3.h
.......\.....\task3.LST
.......\.....\task3_input dac.c
.......\.....\task3_input dac.LST
.......\.....\task3_input dac.OBJ
.......\.....\task4.c
.......\.....\task4.h
.......\.....\task4.LST
.......\.....\task4.OBJ
.......\.....\task5_input dac.LST
.......\debug
Udebugs