Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 272658 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 220047 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 602956 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 263347 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 213084 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 267905 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 288980 |
Author:周卫成 |
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Description: 全中文介绍ARM系统的设计全过程包括存储器及外围芯片的选型,各单元电路的设计、调试等。系统的各功能模块工作原理与应用编程示例,包括通用I/O口、串行接口、定时器、中断控制器、GDMA控制器、MAC控制器等的工作原理与编程示例,Flash存储器的编程与擦除等。uClinux操作系统上的应用程序的设计。-the Chinese government introduced ARM system design process, including memory chips and external selection, the module circuit design and debugging. System of the working principle of functional modules and application programming examples, including generic I / O port and serial interface, timer, Interrupt Controller, Decomposition controller, MAC controller of physics and programming examples, Flash memory programming and erase such. UClinux operating systems on the application design. Platform: |
Size: 2248462 |
Author:caiko |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 272384 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 220160 |
Author:周卫成 |
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Description: 介绍了一个以单片机DS80C320为控制器的点阵LED显示屏控制系统。该系统采用RS-232/RS-485通信标准,通过DS80C320的串行接口接收PC机的控制命令及显示数据,经处理后控制LED显示屏的扫描显示。该系统采用了一种新型的大容量闪速存储器29F040作为数据存储器。本文中给出了该控制系统的软硬件设计要点。-introduced a microcontroller DS80C320 controller for the lattice LED display control system. The system uses RS-232/RS-485 communications standards, DS80C320 through the serial interface of the PC to receive control commands and display the data, After treatment, control LED scanning revealed. The system uses a new type of large-capacity flash memory 29 F040 as a data memory. This paper has given the control system hardware and software design features. Platform: |
Size: 603136 |
Author:周卫成 |
Hits:
Description: 全中文介绍ARM系统的设计全过程包括存储器及外围芯片的选型,各单元电路的设计、调试等。系统的各功能模块工作原理与应用编程示例,包括通用I/O口、串行接口、定时器、中断控制器、GDMA控制器、MAC控制器等的工作原理与编程示例,Flash存储器的编程与擦除等。uClinux操作系统上的应用程序的设计。-the Chinese government introduced ARM system design process, including memory chips and external selection, the module circuit design and debugging. System of the working principle of functional modules and application programming examples, including generic I/O port and serial interface, timer, Interrupt Controller, Decomposition controller, MAC controller of physics and programming examples, Flash memory programming and erase such. UClinux operating systems on the application design. Platform: |
Size: 2248704 |
Author:caiko |
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Description: NAND FALSH 结构特点,提高了存储密度,降低了每比特的成本,与NOR FLASH
相比写入速度大大提高。但是NAND FLASH 采用复用的数据线和地址线,必须先通过寄存
器串行地进行数据的存取,加上各个产品对信号的定义不同,因此与NOR FLASH 相比增加
了应用难度。本文设计的NAND FLASH 控制器,可以更容易的利用NAND FLASH.-NAND FLASH structural features, increased storage density, lower cost per bit, and NOR FLASH
Compared to the write speed is greatly improved. But NAND FLASH using multiplexed data and address lines, you must first register by
The serial access to the data, with different definitions of each product signal, thus increasing compared with the NOR FLASH
Application difficult. This design of NAND FLASH controllers can more easily take advantage of NAND FLASH. Platform: |
Size: 206848 |
Author:CharleeChan |
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