C8051f020
所属分类:其他嵌入式/单片机内容
开发工具:C/C++
文件大小:5475KB
下载次数:15
上传日期:2010-11-06 16:09:43
上 传 者:
zhang547886405
说明: 单片机C8051F020的各功能的程序
(C8051F020 microcontroller program each function)
文件列表:
020各模块设计(重要)\C8050f020系统原理图.pdf (69548, 2007-11-24)
020各模块设计(重要)\c8051f020中文版手册.pdf (2563395, 2006-09-13)
020各模块设计(重要)\端口\F02x_Ports_SwitchLED.c (5374, 2008-02-08)
020各模块设计(重要)\看门狗\F02x_Watchdog.c (11542, 2008-02-08)
020各模块设计(重要)\比较器\F02x_Comparator0_ResetSource.c (8179, 2008-02-08)
020各模块设计(重要)\晶振\cryosc.c (3898, 2004-01-22)
020各模块设计(重要)\晶振\EXT_OSC_Measure1.c (10366, 2002-07-23)
020各模块设计(重要)\晶振\F02x_Oscillator_Capacitor.c (11139, 2008-02-08)
020各模块设计(重要)\晶振\F02x_Oscillator_CMOS.c (8696, 2008-02-08)
020各模块设计(重要)\晶振\F02x_Oscillator_Crystal.c (9498, 2008-02-08)
020各模块设计(重要)\晶振\F02x_Oscillator_RC.c (10587, 2008-02-08)
020各模块设计(重要)\晶振\F02x_Osc_Init.c (5976, 2003-01-15)
020各模块设计(重要)\晶振\INT_OSC_Measure1.c (9822, 2002-07-23)
020各模块设计(重要)\晶振\OSC_Cry1.c (4117, 2001-09-04)
020各模块设计(重要)\晶振\OSC_Int1.c (3835, 2001-09-04)
020各模块设计(重要)\晶振\OSC_RTC_Cal1.c (15560, 2002-07-23)
020各模块设计(重要)\定时器。计数器。PCA\Blinky(T3中断).c (4736, 2008-05-30)
020各模块设计(重要)\定时器。计数器。PCA\blink_F02x(T3 中断).c (5293, 2008-05-30)
020各模块设计(重要)\定时器。计数器。PCA\blink_fast_F02x(t2查询).c (4351, 2008-05-30)
020各模块设计(重要)\定时器。计数器。PCA\blink_slow_F02x(T2查询).c (4355, 2008-05-30)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_16Bit_PWM_Output.c (10731, 2008-06-02)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_8Bit_PWM_Output.c (8626, 2008-06-02)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_Capture_Input.c (11470, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_Frequency_Output(频率输出方式).c (6912, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_High_Speed_Output.c (10047, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_PCA0_Software_Timer_Blinky.c (10857, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_Timer0_16bitTimer(16位定时).c (6624, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_Timer0_two_8bitTimers(8位重载).c (8328, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\F02x_Timer2_16bitCaptureTimer(T2捕捉).c (7795, 2008-05-30)
020各模块设计(重要)\定时器。计数器。PCA\F02x_Timer2_16bitReloadTimer(T2重载).c (6715, 2008-02-08)
020各模块设计(重要)\定时器。计数器。PCA\Freq_Gen1(PCA 频率输出).c (5406, 2008-06-02)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\initial.h (1384, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\main.c (1777, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\main.LST (3537, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\main.OBJ (5056, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\PCA (4439, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\PCA.lnp (39, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\PCA.M51 (7395, 2008-07-03)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\PCA.Opt (1835, 2009-06-19)
020各模块设计(重要)\定时器。计数器。PCA\PCA (16位PWM方式)\PCA.plg (229, 2009-06-19)
... ...
Test programs to be run against Silicon Laboratories ETHERNET-DK TCP Examples
=============================================================================
There are two winsock programs that can be used on Win95 or higher to run
against the Silicon Laboratories ETHERNET-DK TCP Examples.
tcp_cli.exe - TCP echo client
tcp_svr.exe - TCP echo server
A brief desciption of their usage follows. For both of the programs,
if PPP or SLIP is used, a PPP or SLIP connection must be established first
using the Windows Dialup Networking. This is not necessary if using ethernet.
TCP_CLI
=======
The TCP example should be set up as a TCP echo server (SERVER_MODE = 1).
Run code on the C8051F120 first then TCP_CLI. TCP_CLI will send out a string
and wait for ETHERNET-DK to echo it back. TCP_CLI will then take the received
string and send it to ETHERNET-DK and so forth.
TCP_CLI optionally takes one parameter, the destination IP address. The
default IP address is 216.233.5.26. To use a different IP address, enter
TCP_CLI followed by the same IP address in dot format. Lets say ip_src_addr
in mn_userconst.h was changed to 192.168.1.5, then on the PC you would use:
TCP_CLI 192.168.1.5
TCP_SVR
=======
The TCP example should be set up as a TCP echo client (SERVER_MODE = 0).
Start TCP_SVR first, then run code on the C8051F120. TCP_SVR will wait for
ETHERNET-DK to send a string, then echo the received string back to ETHERNET-DK.
ETHERNET-DK will then take the string from TCP_SVR and send it back and so forth.
TCP_SVR does not take any parameters.
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