资源列表
DC_Motor
- 基于DSPTMS320F2812的无刷电机转速控制驱动程序-The program of controlling the speed of BLDCM, based on DSP TMS320F2812
Example_F2802xSpi_FFDLB_int
- C2000与STM32 SPI通信程序，C2000接收STM32传送的数据，做卷积计算后将结果回传至STM32-C2000 and STM32 SPI communication procedures, C2000 STM32 receive data transmitted, the result will be calculated back to the STM32 convolution
APF_ip_iq
- APF拓扑使用两电平拓扑，电流内环使用PI，电压外环使用PI，效果良好。-APF topology using two level topology, the current inner loop using PI, the voltage of the outer loop using PI, the effect is good.
comm_mac
- 实现两块DSP板之间通信（通过MAC）功能模块，模块对外接口明确.-The communication between the two DSP boards (through the MAC) function module, the module external interface clear.
DSP--Mfile
- This code contains information about the DSP project. I hope to be useful
SPEECHX
- . The normalized least mean square is the most popular due to its simplicity. The stability of the basic NLMS is controlled by a fixed step size. This parameter also governs the rate of convergence, speed of tracking ability and the amount of steady-
SVPWM
- 这段代码是针对三相电压型逆变器提出的，输入直流电，通过三相全桥得到三相相位互差120度的正弦波电压，控制开关管使用的是SVPWM程序。-This code for 3-phase voltage type inverter is proposed, and the input dc, three phase is obtained by three-phase full bridge phase difference of 120 degrees each sine-wave voltage,
step_motor
- 基于TI公司的TMS320F28335的DSP来控制步进电机的程序。开发环境为CCS3.3。-Based on TI s TMS320F28335 the stepper motor program. Development environment for the CCS3.3.
dc_motor
- 基于TI公司的TMS320F28335的直流电机的程序。开发环境为CCS-Based on the company s TMS320F28335 TI s DC motor program. Development environment for the CCS3.3.
sensor-closeloop
- 直流无刷电机的控制程序，关键技术在于PWM调制、电流换向，编码器反馈速度闭环控制。基于TMS320F28335芯片开发。开发环境为CCS- Brushless DC motor control procedures, the key technology is PWM modulation, the current reversing, the encoder feedback speed closed-loop control. Based on TMS320F28335 chip dev
dsp
- 手把手教你学dsp-基于TMS320F28335-Teach you how to learn DSP-based TMS320F28335
VMD642_mem
- ＣＣＳ３.３ｌｏａｄ程序之后，硬件仿真运行检查内存是否有错误-After CCS3.3load programs, hardware simulation run to check memory for errors