搜索资源列表
PPIDDrarI
- 温度PID控制，增量式算算法.条理清晰，通俗易懂. -PID temperature control, incremental count algorithm. Clear, easy to understand.
PID_Grando_CLA_C
- PID增量式运算，基于DSP芯片TMS320F28035的运用，可直接使用。-The incremental PID operation, Based on the DSP chip TMS320F28035 use, can be used directly.
jifenfenli_PID
- 基于PCI-1711板卡 增量式积分分离PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 boards incremental integral separation PID algorithm temperature control C++builder PC control software
MCU2PID
- 使用ICCAVR编辑，配合MCU1使用。主要进行了增量式光电编码器的脉冲读取，PID控制-use ICCAVR editors, with MCU1 use. A major incremental optical encoder pulse reading, PID control
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.
v_pid
- 使用ICCAVR编辑，配合MCU1使用。主要进行了增量式光电编码器的脉冲读取，PID控制的头文件-use ICCAVR editors, with MCU1 use. A major incremental optical encoder pulse reading, PID control of the header files
PID_ONE
- 在MTLAB中实现增量式的PID算法，已经通过验证，仿真良好。-Achieve incremental PID algorithm MTLAB, it has been verified, the simulation is good.
pid1
- pid增量式它具有原理简单，易于实现，适用面广，控制参数相互独立，参数的选定比较简单等优点；-pidPID control of the smart car is the classic algorithm in process control, according to the percentage of deviation (P), Integral (I) and differential (D) control of PID controller (also known as PID r
zengliangshiPIDkongzhi
- 增量式控制PID算法，一种PID控制算法代码，适合参考使用-Incremental PID control algorithm A PID control algorithm code, for reference use
80C51_UC_PID
- 80C51单片机的一个简单PID控制程序，用的是位置式和增量式，配合DS18B20数字式温度传感器，达到的效果是控制加热炉温度保持在恒定值，精度为正负1度。-A simple PID control program 80C51 microcontroller, using the location and increment, with DS18B20 digital temperature sensor, the effect of heating furnace temperature co
PWM_PID
- 利用PID增量式算法调节PWM信号的输出波形，使其更加稳定-Using PID incremental algorithm to adjust the output of the PWM signal waveform, make it more stable
fj
- 采用微分先行PID控制实现对液位的控制采用增量式PI控制实现流量的快速跟踪且波动范围较采用经验方法分别对上述两个PID控制器参数进行整定。-Of liquid level control is realized by using derivative ahead PID control flow is realized by using incremental PI control of the fast track and the fluctuation range respectively