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[Other resource] bujindianji

Description: 一个关于步进电机的应用，用mplab ide编译器的
Platform: | Size: 11646 | Author: codemaster | Hits:

[assembly language] UVB_sensor

Description: 磁场测量仪器的源代码包括：1.传感器AD转换程序 2.LCD汉显使用说明基于16F873单片机。 12232LCD 在MPLAB里调试成功
Platform: | Size: 6632 | Author: 李志强 | Hits:

[Other resource] DSPIC33_UCOS2

Description: 基于DISPIC33F UCOSII 的开发应用.编译为MPLAB IDE AND C30.
Platform: | Size: 737469 | Author: chenenzhi | Hits:

[Embeded-SCM Develop] s1d13700

Description: 利用PIC单片机来驱动s1d13700控制器的C代码，MPLAB环境下调试通过，但这只是s1d13700驱动的代码，并不是构成一个完整的工程。
Platform: | Size: 3552 | Author: pangyimin | Hits:

[assembly language] MPLAB

Description: 用PIC16C54来实现汽车空调的动作控制（扫风、除霜、点火、循环扫风。。。），因16C54内存较小，故采用汇编来实现，其中的定时编程，颇费了我一番心思，希可供借签！
Platform: | Size: 22519 | Author: 王烨 | Hits:

[Other resource] c_xy

Description: 采用MPLAB开发，计算球面坐标到高斯坐标的投影，经度小于1m
Platform: | Size: 1110 | Author: 王进 | Hits:

[Other resource] caculate_distance

Description: 飞行控制中的转换坐标下的距离计算，可以根据给出的经纬度算出实际距离，开发环境为MPLAB,单片机为16位的dsPIC30F4013
Platform: | Size: 43162 | Author: 王进 | Hits:

[Other resource] mokuaibc

Description: MPLAB模块编程实例
Platform: | Size: 59138 | Author: 张杭 | Hits:

[Other resource] zNVM

Description: ZIGBEE程序网络层的源代码有点长开发环境：MPLAB
Platform: | Size: 3783 | Author: asdf | Hits:

[Other resource] zAPS

Description: ZIGBEE应用子层程序比较简单开发环境：MPLAB
Platform: | Size: 14306 | Author: asdf | Hits:

[Other resource] PIC16F877_clock

Description: 基于PIC16F877的秒表源码，驱动LED数码管，MPLAB编译环境。
Platform: | Size: 2855 | Author: Jackey | Hits:

[Other resource] HCQ

Description: 用PIC单片机18F6520＋ADE7755实现的一个大安培、锂离子电池的化程器。全部源码，C语言，开发环境MPLAB.
Platform: | Size: 105470 | Author: 王强 | Hits:

[Other Embeded program] PIC数码管计算器简单版本.rar

Description: MPLAB V7.11 HI-TECH V8.05 Proteus V7.1 现在这只是一个简单的加法计算器,当前使用方法： 1) 输入第一个数(<4位)；边输入边显示 2) 按＋号；清空数码管； 3) 输第二个数(<4位) ；边输入边显示 4) 按＝号出结果；显示在数码管上 5) 按C号，返回1) 继续等待输入
Platform: | Size: 81190 | Author: backup | Hits:

[Embeded-SCM Develop] mcp sd reader

Description: This demo uses the selected hardware platform as an SD card reader. Connect the hardware platform to a computer through a USB cable. To run this project, you will need to load the corresponding firmware into the devices. There are two methods available for loading the demos: Precompiled demos and source code projects. Precompiled Demos are available in the “\USB – Precompiled Demos” folders. Each demo should be prefaced with the hardware platform it is compiled for. Select the file that matches the hardware that you have and the demo that you want to run. For more information about how to load a precompiled project, please see the “Getting Started – Loading a precompiled demo” guide. The source code for this demo is available in the “Topics…->MPLAB IDE). Please note that when using either the C30 or C32 demo projects you will be required to select the correct processor for the demo board. 1) Open the associated project file 2) In MPLAB Select “Configure->Select Device” 3) In the device list box in the top left corner of that window, select the desired device. NOTE WHEN USING THE HID BOOTLOADER (for PIC18F87J50 PIM): The “USB Device - Mass Storage - SD Card reader” and “USB Device - Mass Storage - SD Card data logger” demos make use of the SD Card PICtail Daughter Board (Microchip® Direct: AC164122). This PICtail uses the RB4 I/O pin for the card detect (CD) signal, and is actively driven by the PICtail. The active drive overpowers the pull up resistor on the RB4 pushbutton (on the PIC18F87J50 FS USB Plug-In Module board). As a result, if the PIC18F87J50 is programmed with the HID bootloader, and an SD Card is installed in the socket when the microcontroller comes out of reset, the firmware will immediately enter the bootloader (irrespective of the RB4 pushbutton state). To exit the bootloader firmware, remove the SD Card from the SD Card socket, and tap the MCLR button. When the SD Card is not plugged in, the PICtail will drive the card detect signal (which is connected to RB4) logic high, which will enable the bootloader to exit to the main application after coming out of reset. Once the main application firmware is operating, the SD Card can be plugged in. The SD Card is “hot-swappable” and should be recognized by the host upon insertion. To avoid this inconvenience when using the bootloader with the PICtail, it is suggested to modify the bootloader firmware to use some other I/O pin for bootloader entry, such as RB0 (which has a pushbutton on it on the HPC Explorer board).
Platform: | Size: 773398 | Author: bluntpig | Hits:

[Other] canf18xx8.h

Description: 、先在microchip网站上找到00738.zip，这个包中有 can18xx8.h，can18xx8.c，将其复制到一个你要编写程度的子目录中，例如C:\testcan下，这个时候这个东东是不能直接用的。 2、下载一个MPLAB 7.10，直接安装(要求直接下载) 3、再下载一个PICC18 (HI-TECH的)，要正版哦(支持正版，买不起的想其它办法吧) 4、在你的头文件上写上如下的样式： #include "stdio.h" #include "can18xx8.h" #include "pic18fxx8.h"//可能是“pic.h”不太好包含，因此常会报错，直接包含克服之 5、然后设置好PICC和MPLAB，如果MPLAB上没有PICC18，则到PICC的网上下一个安装软件，可以直接运行安装就有了。 6、按照工程的基本要求把你的源代码、添加上两个库(不加也可以) 然后就可以写如下代码了：下面是一个完整版，可以直接使用microchip的库函数，本程序只是仿真调试过，未在多个芯片通信过，仍在制作中。 #include "stdio.h" #include "can18xx8.h" #include "pic18fxx8.h" unsigned long NewMessage; BYTE NewMessageData[8]; BYTE MessageData[8]; BYTE NewMessageLen; enum CAN_RX_MSG_FLAGS NewMessageFlags=1; BYTE RxFilterMatch; void main() { //int a; //int b; CANInitialize(1, 5, 7, 6, 2, CAN_CONFIG_VALID_XTD_MSG); while(1) { // Application specific logic here // Check for CAN message if ( CANIsRxReady() ) { CANReceiveMessage(&NewMessage,NewMessageData,&NewMessageLen,&NewMessageFlags); if ( NewMessageFlags & CAN_RX_OVERFLOW ) { // Rx overflow occurred; handle it } if ( NewMessageFlags & CAN_RX_INVALID_MSG ) { // Invalid message received; handle it } if ( NewMessageFlags & CAN_RX_XTD_FRAME ) { // Extended Identifier received; handle it } else { // Standard Identifier received. } if ( NewMessageFlags & CAN_RX_RTR_FRAME ) { // RTR frame received } else { // Regular frame received. } // Extract receiver filter match, if it is to be used RxFilterMatch = NewMessageFlags & CAN_RX_FILTER_BITS; } // Process received message // Transmit a message due to previously received message or // due to application logic itself. if ( CANIsTxReady() ) { MessageData[0] = 0x01; CANSendMessage( 0x02,MessageData,1,CAN_TX_PRIORITY_0 &CAN_TX_STD_FRAME & CAN_TX_NO_RTR_FRAME); } // Other application specific logic } // Do this forever // End of program } 以上均是参考文档并进行了修正，由于中间总是报错，为了大家让CAN更容易，谢谢大家!
Platform: | Size: 10682 | Author: lovelzs2008@126.com | Hits:

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