搜索资源列表
Enc_T15
- 一个德国人用汇编写的基于15个采样点的dcc编码器-with a German compilation was based on 15 sampling points dcc encoder
Dec_T15
- 一个德国人写的基于15各采样点的dcc解码器-wrote a German-based 15 sampling points dcc decoder
dcc
- 调试通道例子。DCC is available on ARM cores which contain EmbeddedICE logic, e.g. ARM7TDMI, ARM9TDMI, etc. DCC is accessed by the target via coprocessor 14 using the ARM instructions MCR and MRC. The two assembler source files provided are: out
dcchd_SMP8634_2.8.5.0_black_GCC4.mips
- 用于sigma8634开发的dcchd包，版本为： dcchd_SMP8634_2.8.5.0_black_GCC4.mips-The dcchd for sigma8634 development, version : dcchd_SMP8634_2.8.5.0_black_GCC4.mips
DCCCmdStV1
- DCC command station for Model train control. Visit www.dcctrains.xf-s.com for hardware information
DCCCommandStation
- Its a PIC18F4550 application driving a DCC comman Station for model trains control
DCDCCAutoreverser
- This a PIC16F823A for driving a DC and DCC reverse loop with 3 blocks and short circuit control. For more info visit dcctrains . xf-s . com-This is a PIC16F823A for driving a DC and DCC reverse loop with 3 blocks and short circuit control. For mo
DCC-_based-_ARM-JTAG-debugger
- 本文详细介绍了基于DCC和JTAG的删硬件仿真调试器的研究与设计 过程。该硬件仿真调试器除了具有下载、断点、单步运行、连续运行、读写内存区域和对寄存器操作等基本调试功能外，还有通过使能DCC通道，来进行快速对目标机内存读写的功能。因为读写内存是调试过程中最常用的功能，这样就大大地提高了调试的效率。文中，首先对嵌入式系统开发和嵌入式调试器进行了全面的介绍。然后对当前嵌入式调试中应用最为广泛的JTAG技术和删中的 JTAG原理作了详细介绍。接着对删片上调试原理进行了深入分析。最后， 深入阐述了L锄b
Dec_T15
- 一个德国人写的基于15各采样点的dcc解码器-wrote a German-based 15 sampling points dcc decoder
Enc_T15
- 一个德国人用汇编写的基于15个采样点的dcc编码器-with a German compilation was based on 15 sampling points dcc encoder
Dec_T15
- 一个德国人写的基于15各采样点的dcc解码器-wrote a German-based 15 sampling points dcc decoder
Enc_T15
- 一个德国人用汇编写的基于15个采样点的dcc编码器-with a German compilation was based on 15 sampling points dcc encoder
littleyoda-DCC-Decoder
- littleyoda-DCC-Decoder (ESP8266 based decoder for model railway)
STR710_DCC_DEMO_STMicro
- 使用DCCIO_Read函数从DCC寄存器读取数据，之后使用DCCIO_Write写回数据。参考价值在于用eclipse和Keil环境进行不同设置。 程序开发使用GNU环境可参考面比较广，易于开发周期短。是个不错的经典例子。(Uses DCCIO_Read() to read packet (a byte_count value, followed by (byte_count/4) data words) from the DCC which it buffers. It then