登录
首页 » MDK » WK2124_irq(STM32)

WK2124_irq(STM32)

于 2020-06-19 发布
0 235
下载积分: 1 下载次数: 7
我要下载

代码说明：

说明：  WK2124,STM32 spi通讯，中断方式 c语言程序(WK2124 STM32 spi IRQ c test)

文件列表：

WK2124_irq(STM32), 0 , 2017-12-04
WK2124_irq(STM32)\CORE, 0 , 2017-12-04
WK2124_irq(STM32)\CORE\core_cm3.c, 17273 , 2010-06-07
WK2124_irq(STM32)\CORE\core_cm3.h, 85714 , 2011-02-09
WK2124_irq(STM32)\CORE\startup_stm32f10x_hd.s, 15503 , 2011-03-10
WK2124_irq(STM32)\HARDWARE, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\EXTI, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\EXTI\exti.c, 1969 , 2017-08-10
WK2124_irq(STM32)\HARDWARE\EXTI\exti.h, 494 , 2017-08-10
WK2124_irq(STM32)\HARDWARE\KEY, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\KEY\key.c, 1355 , 2017-08-10
WK2124_irq(STM32)\HARDWARE\KEY\key.h, 716 , 2017-08-10
WK2124_irq(STM32)\HARDWARE\LCD, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\LCD\font.h, 35016 , 2015-03-13
WK2124_irq(STM32)\HARDWARE\LCD\lcd.c, 85363 , 2015-04-24
WK2124_irq(STM32)\HARDWARE\LCD\lcd.h, 7542 , 2017-06-22
WK2124_irq(STM32)\HARDWARE\LED, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\LED\led.c, 1945 , 2015-09-02
WK2124_irq(STM32)\HARDWARE\LED\led.h, 638 , 2015-07-23
WK2124_irq(STM32)\HARDWARE\SPI, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\SPI\spi.c, 2643 , 2017-07-14
WK2124_irq(STM32)\HARDWARE\SPI\spi.h, 688 , 2015-07-28
WK2124_irq(STM32)\HARDWARE\WK2XXX, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\WK2XXX.rar, 6161 , 2015-10-30
WK2124_irq(STM32)\HARDWARE\WK2XXX\wk2xxx.c, 15212 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\WK2XXX\wk2xxx.h, 4439 , 2017-08-10
WK2124_irq(STM32)\HARDWARE\WK2XXX\__Previews, 0 , 2017-12-04
WK2124_irq(STM32)\HARDWARE\WK2XXX\__Previews\wk2xxx.cPreview, 126787 , 2016-01-25
WK2124_irq(STM32)\HARDWARE\WK2XXX\__Previews\wk2xxx.hPreview, 52561 , 2016-01-25
WK2124_irq(STM32)\OBJ, 0 , 2017-12-04
WK2124_irq(STM32)\OBJ\core_cm3.crf, 3942 , 2017-12-04
WK2124_irq(STM32)\OBJ\core_cm3.d, 104 , 2017-12-04
WK2124_irq(STM32)\OBJ\core_cm3.o, 11256 , 2017-12-04
WK2124_irq(STM32)\OBJ\delay.crf, 272486 , 2017-12-04
WK2124_irq(STM32)\OBJ\delay.d, 821 , 2017-12-04
WK2124_irq(STM32)\OBJ\delay.o, 293420 , 2017-12-04
WK2124_irq(STM32)\OBJ\ExtDll.iex, 19 , 2017-04-26
WK2124_irq(STM32)\OBJ\exti.crf, 277559 , 2017-12-04
WK2124_irq(STM32)\OBJ\exti.d, 1020 , 2017-12-04
WK2124_irq(STM32)\OBJ\exti.o, 298496 , 2017-12-04
WK2124_irq(STM32)\OBJ\key.crf, 273071 , 2017-08-10
WK2124_irq(STM32)\OBJ\key.d, 822 , 2017-08-10
WK2124_irq(STM32)\OBJ\key.o, 294384 , 2017-08-10
WK2124_irq(STM32)\OBJ\lcd.crf, 306917 , 2017-08-10
WK2124_irq(STM32)\OBJ\lcd.d, 1018 , 2017-08-10
WK2124_irq(STM32)\OBJ\lcd.o, 366572 , 2017-08-10
WK2124_irq(STM32)\OBJ\led.crf, 272098 , 2017-08-10
WK2124_irq(STM32)\OBJ\led.d, 783 , 2017-08-10
WK2124_irq(STM32)\OBJ\led.o, 292360 , 2017-08-10
WK2124_irq(STM32)\OBJ\main.crf, 281972 , 2017-12-04
WK2124_irq(STM32)\OBJ\main.d, 971 , 2017-12-04
WK2124_irq(STM32)\OBJ\main.o, 301688 , 2017-12-04
WK2124_irq(STM32)\OBJ\misc.crf, 271609 , 2017-12-04
WK2124_irq(STM32)\OBJ\misc.d, 780 , 2017-12-04
WK2124_irq(STM32)\OBJ\misc.o, 290904 , 2017-12-04
WK2124_irq(STM32)\OBJ\spi.crf, 272713 , 2017-12-04
WK2124_irq(STM32)\OBJ\spi.d, 783 , 2017-12-04
WK2124_irq(STM32)\OBJ\spi.o, 294004 , 2017-12-04
WK2124_irq(STM32)\OBJ\startup_stm32f10x_hd.d, 63 , 2017-12-04
WK2124_irq(STM32)\OBJ\startup_stm32f10x_hd.o, 6812 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_adc.crf, 287891 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_adc.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_adc.o, 314776 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_bkp.crf, 275059 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_bkp.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_bkp.o, 297116 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_can.crf, 289368 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_can.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_can.o, 311352 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_cec.crf, 275322 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_cec.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_cec.o, 296584 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_crc.crf, 271577 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_crc.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_crc.o, 291756 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dac.crf, 277119 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dac.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dac.o, 299224 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dbgmcu.crf, 272205 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dbgmcu.d, 996 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dbgmcu.o, 292188 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dma.crf, 281138 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dma.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_dma.o, 305064 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_exti.crf, 272162 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_exti.d, 960 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_exti.o, 291768 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_flash.crf, 285587 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_flash.d, 978 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_flash.o, 308460 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_fsmc.crf, 277118 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_fsmc.d, 960 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_fsmc.o, 297412 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_gpio.crf, 275107 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_gpio.d, 960 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_gpio.o, 297340 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_i2c.crf, 277532 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_i2c.d, 942 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_i2c.o, 302596 , 2017-12-04
WK2124_irq(STM32)\OBJ\stm32f10x_it.crf, 271019 , 2017-12-04

下载说明：请别用迅雷下载，失败请重下，重下不扣分！

发表评论

0 个回复

  • Button_led_flashing
    在IAR环境下编写msp430f4152源码，通过单片机开发板上的按键来控制发光二极管的亮灭。(In the IAR environment to prepare msp430f4152 source, SCM development board buttons to control LED light off.)
    2013-09-04 11:00:52下载
    积分：1
  • TLV5616
    STM32驱动TLV5616实现da转换 实测无误(Realization of DA conversion by STM32 driver TLV5616)
    2020-06-21 08:40:01下载
    积分：1
  • vdcs
    说明：  speed control of induction motor using matrix converter cccf(speed control of induction motor using matrix converter dcd)
    2020-06-24 11:40:02下载
    积分：1
  • SerialPort
    单片机串口通信功能实现，在VS2010下设计了简单的界面操作，包括打开串口以及传输数据等按钮(Single-chip serial communication functions implemented in VS2010 design a simple interface operations, including opening the serial transmission of data, as well as buttons)
    2015-09-22 14:24:49下载
    积分：1
  • 1.6-AMOLED
    AUO 1.63AMOLED RM69032例程(AUO 1.63AMOLED C driver)
    2021-05-16 20:30:02下载
    积分：1
  • D_Motor
    AT89C51控制步进电机，实现正反转加减速，驱动芯片是ULN2803.(AT89C51 control the stepper motor to achieve reversing acceleration and deceleration, the driver chip is the ULN2803.)
    2011-05-30 21:09:36下载
    积分：1
  • speeter-motor
    本文讲述了细分驱动技术的原理，重点介绍了细分驱动控制系统的设计方法，设计了一套传统细分驱动系统的设计方案，在此基础上，本文进一步介绍了L297、L298两块芯片，采用这两块芯片构成步进电机的驱动电路，应用DAC0832实现D/A转换，采用精简指令集单片机AVR作为脉冲产生器，对步进电机的工作过程进行控制，最终组成电机细分数可选的驱动控制系统。(failed to translate)
    2013-05-06 17:29:54下载
    积分：1
  • UART模块通信例子
    说明：  基于STC51单片机使用UART串口模块通讯例子(STC51 using UART serial port module communication example)
    2020-06-17 13:40:02下载
    积分：1
  • 11112321
    毕业设计时制作的一套水位遥测自控系统,本系统以AT89S51单片机为主控单元，通过超声波传感器和液位变送器实现液位实时数据的检测和自动控制。系统分主控站与测控站，通过主控站的键盘可以实现对测控站的水位上下限的控制和显示。主控站与测控站之间的无线实时数据传输的解决方案采用广泛应用于无线抄表、工业数据采集系统和水文气象监控等领域的无线通信芯片nRF24L01组成无线高速数据收发模块。系统实现对所监控水位的短矩离无线测量与自动控制，利用GFSK实现数据高速传送以及较低的功耗。从测控站传送过来的数据通过人性化人机交换界面LCD1602实现数据的实时数据显示以及实现相应的报警提示。本系统通过单片机串口与电脑串口的通讯功能和利用互联网可以实现水位的远程测量与自动控制，这对江河水位的实时监控非常实用。本系统可能通过简单地调整就可以移植到其它物位系统与无线抄表系统，非常有研究价值。系统利用功能强大的C语言开发，并在软硬件设计中分别使用了Protel 99se 、keilC51开发平台。结果表明，该系统具有有性价比高、操作简便、可视化操作等优点.(The system main control unit MCU AT89S51 by ultrasonic liquid level sensors and liquid level transmitter implementation of real-time data detection and automatic control. System sub-master control station and the monitoring and control station, through the master control station s keyboard can be achieved on the water level monitoring station on the lower limit of the control and display. Master control station and the monitoring and control station in real time between the wireless data transmission solutions are widely used for wireless meter reading, industrial data acquisition systems and hydro-meteorological monitoring in areas such as wireless communications chip component nRF24L01 wireless high-speed data transceiver module. System monitoring the water level on the implementation of the short moments away from the wireless measurement and automatic control, the use of GFSK achieve high-speed data transmission and lower power consumption. From the monitoring station to send back )
    2009-03-06 21:16:43下载
    积分：1
  • STM32F103C8T6 nokia5110
    目前暂无，具体的接线在代码里面,使用说明也请看文档，没有阅读压力。(At present, there is no specific wiring in the code, the use of instructions also see documents, there is no reading pressure.)
    2017-06-03 11:52:53下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！