资源列表
SCI_TEST
- 针对TI生产DSP芯片的学习程序，采用TMS320LF2407 EVM评估板，开发环境是CCS3.3,用于SCI变换学习。
DA_TEST
- 针对TI生产DSP芯片的学习程序，采用TMS320LF2407 EVM评估板，开发环境是CCS3.3,用于DA变换学习。-TI DSP chips for the production of the learning process, using TMS320LF2407 EVM evaluation board, development environment is CCS3.3, DA conversion for learning.
SPI_TEST
- 针对TI生产DSP芯片的学习程序，采用TMS320LF2407 EVM评估板，开发环境是CCS3.3,用于SPI通信学习。-TI DSP chips for the production of the learning process, using TMS320LF2407 EVM evaluation board, development environment is CCS3.3, SPI communication for learning.
CAN_TEST
- 针对TI生产DSP芯片的学习程序，采用TMS320LF2407 EVM评估板，开发环境是CCS3.3,用于CAN通信学习。-TI DSP chips for the production of the learning process, using TMS320LF2407 EVM evaluation board, development environment is CCS3.3, CAN communication for learning.
PWM_TEST
- 针对TI生产DSP芯片的学习程序，开发环境是CCS3.3,用于产品简易PWM波形。-TI DSP chips for the production of the learning process, development environment is CCS3.3, for product simple PWM waveform.
LED6weinum
- 一个数码管显示数字的简单程序，可以显示任意一个6位数，供初学者调试-A simple digital display program numbers, you can display any of the six digits, for beginners debugging
FIFO-SCI_Modbus
- TIF2801的modbus协议程序，带仿真函数-Modbus for TIF2801
mppt_pno
- 基于扰动观察法的最大功率点跟踪算法实现,利用IQmath，适用于TI的C2000系列DSP,可直接使用。-Tracking based on perturbation and observation method of maximum power point algorithm, using IQmath, for TI C2000 series DSP, can be used directly.
mppt_incc
- 基于导纳增量法的最大功率点跟踪算法实现,利用IQmath,适用于TI的C2000系列DSP，可直接使用。-Based on the maximum power point tracking admittance incremental method algorithm using IQmath, applicable to TI C2000 series DSP, can be used directly.
pid_grando
- 基于IQmath的PID增量式算法实现，适用于所有的TI C2000系列DSP，可直接使用。-The PID IQmath incremental algorithm based on IQmath, applicable to all TI C2000 series DSP, can be used directly.
MPPT_PNO_CLA_C
- 基于扰动观察法的最大功率点跟踪算法实现,基于DSP芯片TMS320F28035的运用，可直接使用。-Perturb and observe maximum power-point tracking algorithm implementation, Based on the DSP chip TMS320F28035 use, can be used directly.
MPPT_INCC_CLA_C
- 基于导纳增量法的最大功率点跟踪算法实现,基于DSP芯片TMS320F28035的运用，可直接使用。-Incremental conductance maximum power-point tracking algorithm implementation,for TMS320F20835.