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[DSP program] TMS320C5416_Applications_5_8 DL : 0: DSP TMS320 5416 大学教程 5-8 from TI-TMS320 DSP Directory 5-8 5416 from the University of TI
Date : 2025-12-30 Size : 2.05mb User : 真实
[DSP program] TMS320C5416_Applications_9_10 DL : 0: DSP TMS320 5416 大学教程 9-10 from TI-TMS320 DSP Directory 9-10 5416 from the University of TI
Date : 2025-12-30 Size : 651kb User : 真实
[DSP program] DSP实时调试rtdxint DL : 0: 有关RTDX应用的例子。使用时请打开命令提示符窗口，再运行release 目录下的rtdxint.exe程序。此程序从COM接口指定的RTDX Channel读取一个整数。-the RTDX application examples. Use open the command prompt and then run the release directory rtdxint.exe procedures. This procedure from the COM interface designated RTDX Channel read an integer.
Date : 2025-12-30 Size : 71kb User : 流传
[DSP program] reg2812h DL : 0: f2812头文件，创建一个工程，然后将该文件拷到相应工程目录中-f2812 first document, the creation of a project, then save the file metadata corresponding directory project
Date : 2025-12-30 Size : 3kb User : 肖仁伟
[DSP program] dap_SPI_25aa320 DL : 0: tms320lf2407中SPI模块与25AA320(EEPROM)读写程序，解压后，目录有CCS2.2环境下的所有程序，可以直接运行-tms320lf2407 25AA320 module (EEPROM) to read and write procedures, unpacked, a directory CCS2.2 environment all the procedures can be run directly
Date : 2025-12-30 Size : 93kb User : 梅仕锋
[DSP program] ClassDWithBF535 DL : 0: This directory contains an example ADSP-BF535 subroutine that demonstrates the initialization of the AC 97 communication link between SPORT0 on the ADSP-BF535 and the AD1885 stereo Codec.-This directory contains an example ADSP-B F535 subroutine that demonstrates the initial ization of the AC 97 communication link between SPORT0 on the ADSP-BF535 and the AD1885 stereo C odec.
Date : 2025-12-30 Size : 242kb User : andysj1982
[DSP program] Timer DL : 0: This directory contains a code example that demonstrates the functionality of the general purpose timers on the ADSP-BF561 EZ-KIT，用VDSP++打开-This directory contains a code example that demonstrates the functionalityof the general purpose timers on the ADSP-BF561 EZ-KIT, with VDSP++ Open
Date : 2025-12-30 Size : 19kb User : gaofeng
[DSP program] RTC DL : 0: VDSP++打开。This directory contains an example ADSP-BF537 RTC project that does a basic blink routine and then puts the part in deep sleep mode to be woken up from a RTC Stopwatch Event. Once woken up, the RTC is reconfigured to toggle the EZ KIT LEDs using RTC second, minute, hour, and day interrupts.-VDSP++ Open. This directory contains an example ADSP-BF537 RTC project that does a basic blink routine andthen puts the part in deep sleep mode to be woken up from a RTC Stopwatch Event. Once woken up, the RTC is reconfigured to toggle the EZ KIT LEDs using RTC second, minute, hour, and day interrupts.
Date : 2025-12-30 Size : 10kb User : gaofeng
[DSP program] 5509c++outfile DL : 0: 压缩目录下的Test_USB_Test.exe是PC侧的应用程序，dsp5509_10MHz_clk.out、dsp5509_12MHz_clk.out、和dsp5509_16MHz_clk.out是分别针对5509时钟为10M、12M和16M的out文件。基于ccs2.2开发。在ccs2.2中load针对自己硬件平台的.out文件，用USB线连接好5509与PC，运行.out，会提示检测到USB设备，指定driver目录下的驱动即可。再运行Test_USB_Test.exe，其操作格式为Test_USB_Test.exe w 32 r 32 即从PC向dsp写入32个字符，再读取32个5509返回的字符，在dsp上将输入的字符做了简单的＋1操作。-Compression Test_USB_Test.exe directory is a PC-side applications, dsp5509_10MHz_clk.out, dsp5509_12MHz_clk.out, and 5509 respectively dsp5509_16MHz_clk.out is the clock for the 10M, 12M and 16M of the out file. Based on the development of ccs2.2. Ccs2.2 in load in response to its own hardware platform. Out files, with USB cable connections good 5509 with PC, running. Out, will be prompted to detect the USB device, the designated driver can drive directory. Re-run Test_USB_Test.exe, its operation format Test_USB_Test.exe w 32 r 32 from the PC to the dsp write 32 characters, and then read the 5509 return of 32 characters, in the dsp input characters will make a simple 1 operation.
Date : 2025-12-30 Size : 70kb User : awenor
[DSP program] adc DL : 0: lf2407 ADC源码TMS320C24x Evaluation Board Jumper Settings for all programs in this directory.-lf2407 ADC source TMS320C24x Evaluation Board Jumper Settings for all programs in this directory.
Date : 2025-12-30 Size : 40kb User : judf
[DSP program] ex1_RAMTest DL : 0: （1）测试外部数据RAM：根据我们定义的逻辑，外部RAM在数据空间中定义在0x8000－0xFFFF，共32k字，占据RAM中的低32K存储空间。提供2种测试方法，采用一种方式即可。硬件仿真模式下，将目标板上电。第一种方法：采用用程序测试实验程序所在目录ex1_RAMTest。该程序执行的功能是对外部数据RAM区0x8000－0xFFFF,从0x8000开始写并且读数据0x5555 。如果正常则写读下一个地址，直到。如果正常则所有的地址操作完毕后，核心板的指示灯会变亮。否则，如果写入数据后，读出的不正确，则指示灯会不断闪烁。在CCS2000中的操作如下： 1. Progect->Open,打开该目录中的工程文件。 2. Progect->Rebuild All,编译链接 3. File->Program 4. Debug->Go Main 5. Debug->RUN(快捷键F5) 如果正常可以看到灯在熄灭约4秒后变亮。（说明：对整个数据RAM区的操作时间其实很短，为便于观察，本程序中加入了延时）。打开View->Memory ，然后填入地址0x8000,然后在PAGE栏选择DATA。点击确定，即可显示0x8000地址开始的数据，用户会发现从这个地址开始往后的数据均为刚被写入的0x5555。 -(1) test the external data RAM: According to the definition of our logic, the external RAM is defined in the data space at 0x8000-0xFFFF, a total of 32k character occupy the RAM in the low 32K memory space. Provide two kinds of testing methods, a way can be used. Hardware emulation mode, the target board electricity. The first method: The experimental test procedures Procedures where the directory ex1_RAMTest. Implementation of the functions of the program are on the external data RAM area 0x8000-0xFFFF, Writing from the beginning and read 0x8000 data 0x5555. If normal is to write the next read address, until. If the normal operation of all the address after the core board will become bright lights. Otherwise, if the write data, read out is incorrect, then the indicator light will continue flashing. CCS2000 in operation at the following: 1. Progect-> Open, open the project file directory. 2. Progect-> Rebuild All, the compiler links 3. File-> Program 4. Deb
Date : 2025-12-30 Size : 29kb User : To_oo
[DSP program] EX2_ASM DL : 0: 汇编程序所在目录ex2_asm 。 C 语言程序所在目录ex2_c 。在CC2000 中的操作如下： 1. Project->Open ，打开该目录中的工程文件。 2. Project->Rebuild ALL, 编译链接 3. File->Load Program 4. Debug->GO Main 5. Debug->RUN （快捷键F5）即可看到最边上一个LED 周期性的闪亮。灯的闪烁频率由软件中的定时器Timer1 设置。这两个程序执行的功能是完全一样的。用户可以参考这两个文件作为其开发应用程序的模板。 -Directory where the assembler ex2_asm. C language program directory where ex2_c. The operation at CC2000 is as follows: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> GO Main 5. Debug-> RUN (shortcut F5) Can see the most edge of a flashing LED cyclical. Frequency of blinking lights from the software timer Timer1 settings. These two procedures for the implementation of the functions are exactly the same. Users can refer to these two documents as part of its development and application of the procedure template.
Date : 2025-12-30 Size : 14kb User : To_oo
[DSP program] EX2_C DL : 0: 汇编程序所在目录ex2_asm 。 C 语言程序所在目录ex2_c 。在CC2000 中的操作如下： 1. Project->Open ，打开该目录中的工程文件。 2. Project->Rebuild ALL, 编译链接 3. File->Load Program 4. Debug->GO Main 5. Debug->RUN （快捷键F5）即可看到最边上一个LED 周期性的闪亮。灯的闪烁频率由软件中的定时器Timer1 设置。这两个程序执行的功能是完全一样的。用户可以参考这两个文件作为其开发应用程序的模板。-Directory where the assembler ex2_asm. C language program directory where ex2_c. The operation at CC2000 is as follows: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> GO Main 5. Debug-> RUN (shortcut F5) Can see the most edge of a flashing LED cyclical. Frequency of blinking lights from the software timer Timer1 settings. These two procedures for the implementation of the functions are exactly the same. Users can refer to these two documents as part of its development and application of the procedure template.
Date : 2025-12-30 Size : 29kb User : To_oo
[DSP program] ex3_LED DL : 0: 程序所在目录：ex3_LED 打开CC2000,进行如下操作： 1. Project->Open ，打开该目录中的工程文件。 2. Project->Rebuild ALL, 编译链接 3. File->Load Program 4. Debug->GO Main 5. Debug->RUN （快捷键F5）可以看到的现象为：最边上一个LED 不断闪烁（这个LED 在后面其他的程序中都被定义成在定时器中断中闪烁）。其余的4 个LED 均处于熄灭状态。现在将按键轻按一下，只有LED1 闪烁；按第二下，只有LED2 闪烁；按第三下，只有LED3 闪烁；按第四下，只有LED4 闪烁；按第五下，四个LED 循环依次闪烁。若再按键，则如此反复循环。 -Procedures where the directory: ex3_LED open the CC2000, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> GO Main 5. Debug-> RUN (shortcut F5) to see the situation as follows: the edge of a constantly blinking LED (the LED behind the other procedures have been defined as the timer interrupt in the flicker). The remaining four are in extinguished LED status. Touch of the button click will now only LED1 flashes By the second, only LED2 flashes By the third, only LED3 flashes According to the fourth, only LED4 scintillation By the fifth, the four LED blinking cycle followed. If the button, then this cycle repeated.
Date : 2025-12-30 Size : 32kb User : To_oo
[DSP program] ex4_SCI DL : 0: 程序所在目录：ex4_SCI 采用标准DB9 串口直连线将PC 串口和扩展板串口相连。打开PC 上的串口调试软件。默认设置COM1,9600N,8,1。选择按16 进制接收和发送。然后打开CC2000,进行如下操作： 1．Project->Open ，打开该目录中的工程文件。 2．Project->Rebuild ALL,编译链接 3．File->Load Program 4．Debug->GO Main 5．Debug->RUN （快捷键F5）然后在串口调试助手中马上可以看到上部的接收显示区不断接收到数据57(为16 进制）。在串口助手的下部的发送区填入56，选中自动发送。数据即可通过串口发送到目标板。查看DSP 是否收到数据，按如下操作：打开View->Watch window ，在下面刚弹出的Watch 区域中点右键，选择Insert, 出现的信息框中填入SCI_RXDATA,x 即可按十六进制方式显示出变量SCI_RXDATA 的值。如果正常，应可以看到该变量值为0x56。即说明RS232 双向通讯正常。 -Procedures where the directory: ex4_SCI Standard DB9 serial port to connect directly to PC serial port and serial port connected to the expansion board. Open the PC on the serial debug software. The default setting COM1, 9600N, 8,1. Selection by 16-band receive and transmit. Then open the CC2000, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> GO Main 5. Debug-> RUN (shortcut F5) And at the serial debugging aides in the immediately can see the upper part of the receiving display data continuously received 57 (16 hexadecimal). Serial assistant at the lower part of the sending district fill 56, to select automatically sent. Through the serial data can be sent to the target board. See DSP has received data, according to the following steps: Open the View-> Watch window, just below the midpoint of the pop-up Right Watch region, select Insert, the inf
Date : 2025-12-30 Size : 31kb User : To_oo
[DSP program] ex5_SPI DL : 0: 程序所在目录：ex5_SPI D/A 转换芯片选用的是SPI 接口的TLC5620,串行4 通道8 位DA 转换。打开CC2000,进行如下操作： 1．Project->Open ，打开该目录中的工程文件。 2．Project->Rebuild ALL,编译链接 3．File->Load Program 4．Debug->GO Main 5．Debug->RUN （快捷键F5）用示波器可以看到DA_OUT1 接口输出三角波 DA_OUT2 输出三角波用万用表可以测到DA_OUT3 输出2.475V DA_OUT4 输出1.65V 各路的DA 输出均由程序控制，用户可参照程序中的注释更改。 -Procedures where the directory: ex5_SPI D/A converter chips are selected SPI interface TLC5620, Serial 4-channel 8-bit DA converter. Open the CC2000, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> GO Main 5. Debug-> RUN (shortcut F5) can be seen using oscilloscope DA_OUT1 interface DA_OUT2 output triangle wave output triangle wave can be measured with a multimeter DA_OUT3 output 2.475V DA_OUT4 output 1.65V output by each of the DA program, users can refer to procedures Notes change.
Date : 2025-12-30 Size : 31kb User : To_oo
[DSP program] ex6_AD DL : 0: 程序所在目录：ex6_AD 板上引出的两路A/D 转换对应DSP 的A/D 模块分别是通道0 和通道8，输入电压0-5V 。本开发板使用DA 的输出作为AD 的输入，因此需将5J2 的1-2，3-4 分别用短路子短接。打开CC2000,进行如下操作： 1．Project->Open ，打开该目录中的工程文件。 2．Project->Rebuild ALL,编译链接 3．File->Load Program 4．光标移到Que()函数的asm(" NOP ")所处的行。 5． Debug->Toggle breakpoint （快捷键F9） 6． Debug->Animate （快捷键F12） 7． View->Watch Window ，在出现的watch 窗体中点右键分别插入变量AD_SIG0,AD_SIG8，则可看到所采到的这两路信号的电压值。如果结果稍微不精确，请不要在意，这可能是因为没有采用专用基准源，以及信号不稳定的缘故。另外,TMS320LF2407 的内置A/D 的精度并不是很高。在前面两种情况已得到保证的情况下，变化幅度仍较大。（ ^_^ 呵呵，外面好一点的一片A/D 芯片就不低于100 块，所以想想能凑合着用也就可以了。） -Procedures where the directory: ex6_AD Leads to the two on-board A/D converter corresponds to DSP s A/D module are separately channel 0 and channel 8, input voltage 0-5V. The development board using the DA output as AD input, so the need for the 5J2 son 1-2,3-4 separately shorted by a short circuit. Open the CC2000, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Move the cursor Que () function asm ( "NOP") in which the line. 5. Debug-> Toggle breakpoint (shortcut F9) 6. Debug-> Animate (shortcut F12) 7. View-> Watch Window, in the form of watch the mid-point right-insert variables separately AD_SIG0, AD_SIG8, can be taken to see that the two voltage signals. If the outcome is slightly inaccurate, please do not care, this may be because there is no use of special reference, as well as the signal due to instability. In addition, TMS320LF2407 built
Date : 2025-12-30 Size : 28kb User : To_oo
[DSP program] ex7_CAN DL : 0: 程序所在目录：ex7_CAN 由于调试CAN总线通讯需要外部的CAN设备。所以在没有外部CAN设备的情况下，本样例程序中采用了CAN的自测试模式通信，即使用CANBOX4发送CANBOX0接收。在定时器中断服务程序中执行发送；中断方式接收CAN信息。打开CC2000,进行如下操作： 1. Project->Open ，打开该目录中的工程文件。 2. Project->Rebuild ALL,编译链接 3. File->Load Program 4. 光标移到int1中断服务程序CANIFR=0xFFFF所处的行。 5. Debug->Toggle breakpoint （快捷键F9） 6. Debug->Animate （快捷键F12）偏左上脚GEL Files上点右键,Load GEL,选择LF2407.gel,然后菜单栏Gel->LF2407->CAN regs,即可看到CAN寄存器的变量被显示岛Watch Window中.可以看到CANBOX0里面接收到数据0x2211,0x4433等数据,这些数据是由CANBOX4发送往总线上的. 如果用户和别的CAN设备通信，参照本例程的注释更改相关设置即可。 -Procedures where the directory: ex7_CAN CAN bus communication because of debugging required external CAN device. So in the absence of external CAN device case, the sample procedures used in the self-test mode of CAN communication, namely the use of CANBOX4 Send CANBOX0 receiver. At the timer interrupt service routine in the implementation of sending interrupted CAN receive information. Open the CC2000, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Cursor to INT1 interrupt service routine CANIFR = 0xFFFF which the line. 5. Debug-> Toggle breakpoint (shortcut F9) 6. Debug-> Animate (shortcut F12) GEL Files on left foot Right on point, Load GEL, select LF2407.gel, then the menu bar Gel-> LF2407-> CAN regs, you can see the CAN register variables are displayed in the Watch Window Island. CANBOX0 can be seen inside receive data 0x2211, 0x4433 and other d
Date : 2025-12-30 Size : 26kb User : To_oo
[DSP program] ex8_PWM DL : 0: 程序所在目录：ex_PWM 打开,进行如下操作： 1. Project->Open ，打开该目录中的工程文件。 2. Project->Rebuild ALL,编译链接 3. File->Load Program 4. Debug->Run 可以看到电机开始转动。本例程中PWM的频率是1KHZ ，输出的是两路带死去的PWM波形对。用户只需更改参数XPWM即可改变电机的转速和方向。该参数设置如下： XPWM=2400 最大值2500 When xpwm=0-900, 逆时针方向旋转,值越小,转速越快 When xpwm=1600-2500, 顺时针方向旋转,值越大,转速越快 When xpwm=900-1600,电机两端电压太低,基本上不足以起转。 -Procedures where the directory: ex_PWM Opened, the following steps: 1. Project-> Open, open the project file directory. 2. Project-> Rebuild ALL, the compiler links 3. File-> Load Program 4. Debug-> Run Motor rotation can be seen beginning. The routines in the frequency of PWM are 1KHZ, are two-way output of the PWM waveform with dead right. Users only need to change the parameters XPWM can change the motor speed and direction. The parameter settings are as follows: XPWM = 2400 Maximum 2500 When xpwm = 0-900, anti-clockwise rotation, the smaller the value, the faster the speed When xpwm = 1600-2500, clockwise rotation, the value the greater the speed the faster the When xpwm = 900-1600, the electrical voltage is too low, basically not enough to be transferred.
Date : 2025-12-30 Size : 23kb User : To_oo
[DSP program] TMS320-P28016-UART-echoback DL : 0: dsp 320 dvdg do not put files on these two directory.If you do not want to upload source code-dsp 320 dvdg do not put files on these two directory.If you do not want to upload source code
Date : 2025-12-30 Size : 542kb User : mm

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