LPC2368_IAR_SD
所属分类:处理器开发
开发工具:Others
文件大小:356KB
下载次数:32
上传日期:2009-09-20 20:12:47
上 传 者:
hehu8
说明: LPC2368在IAR环境下的SD卡读写程序
(LPC2368 in IAR environment, the SD card reader program)
文件列表:
LPC2368的IAR下讀SD卡例程 (0, 2007-12-21)
LPC2368的IAR下讀SD卡例程\app (0, 2007-12-21)
LPC2368的IAR下讀SD卡例程\app\bot.h (2281, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\disk.h (1499, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\iar_logo.c (140707, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\iar_logo.h (621, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\includes.h (1042, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\lun.c (9592, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\lun.h (2248, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\main.c (11309, 2007-12-21)
LPC2368的IAR下讀SD卡例程\app\mmc.c (30251, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\mmc.h (12562, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\mmc_dsk_desc.c (1273, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\mmc_dsk_desc.h (830, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\scsi.c (36187, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\scsi.h (13942, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\scsi_cmd.h (8250, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\scsi_desc.h (1672, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\Terminal_18_24x12.c (79018, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\Terminal_6_8x6.c (13722, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\Terminal_9_12x6.c (20255, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\usb_dev_desc.c (3484, 2007-03-19)
LPC2368的IAR下讀SD卡例程\app\usb_dev_desc.h (818, 2007-03-19)
LPC2368的IAR下讀SD卡例程\Backup of MassStorage.ewd (32102, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Backup of MassStorage.ewp (46432, 2007-03-02)
LPC2368的IAR下讀SD卡例程\board (0, 2007-10-06)
LPC2368的IAR下讀SD卡例程\board\arm_comm.h (3459, 2007-03-19)
LPC2368的IAR下讀SD卡例程\board\board.h (9007, 2007-03-19)
LPC2368的IAR下讀SD卡例程\config (0, 2007-10-06)
LPC2368的IAR下讀SD卡例程\config\Flash.mac (94, 2007-03-02)
LPC2368的IAR下讀SD卡例程\config\LPC2378_Flash.xcl (8592, 2007-03-19)
LPC2368的IAR下讀SD卡例程\Flash Debug (0, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Exe (0, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Exe\MassStorage.d79 (293344, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Exe\MassStorage.sim (64494, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\List (0, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\List\MassStorage.html (523278, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Obj (0, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Obj\drv_glcd.r79 (32708, 2007-12-20)
LPC2368的IAR下讀SD卡例程\Flash Debug\Obj\glcd_ll.r79 (27282, 2007-12-20)
... ...
########################################################################
#
# MassStorage.eww
#
# $Revision: 1.1.2.2 $
#
########################################################################
DESCRIPTION
===========
This example project shows how to use the IAR Embedded Workbench for ARM
to develop code for the IAR LPC-2378-SK board.
It implements a MMC/SD card drive. The first free drive letters will be
used. For example, if your PC configuration includes two hard disk partitions
(in C:\ and D:\) and a CD-ROM drive (in E:\), the memory card drive will
appear as F:\.
The LCD backlight will indicate drive activity.
COMPATIBILITY
=============
The MassStorage example project is compatible with, and works as a
standalone project, on the IAR LPC-2378-SK evaluation board. By default,
the project is configured to use the J-Link JTAG interface.
CONFIGURATION
=============
After power-up the controller get clock from internal RC oscillator that
is unstable and may fail with J-Link auto detect, therefore adaptive clocking
should always be used. The adaptive clock can be select from menu:
Project->Options..., section Debugger->J-Link/J-Trace JTAG Speed - Adaptive.
Make sure that the following jumpers are correctly configured on the
IAR LPC-2378-SK evaluation board:
PWR_SEL - depending of power source
USBC/USBSC - USBSC
RST_E - unfilled
ISP_E - unfilled
GETTING STARTED
===============
1) Start the IAR Embedded Workbench for ARM.
2) Select File->Open->Workspace...
Open the following workspace:
\arm\examples\NXP\LPC23xx\IAR-LPC-2378-SK\
MassStorage\MassStorage.eww
3) Run the program.
4) Use a USB cable to connect the evaluation board to your PC. The first
time a USB device is connected to your computer, Windows will
automatically load the proper device driver. In this case, the USB
mass storage device driver will be loaded.
The MassStorage application is downloaded to the flash memory on the
evaluation board and executed. Also note that, during board operation,
the LCD backlight will indicate drive activity.
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