Die C2000 Digital Control Library (DCL) bietet eine Suite robuster Softwarefunktionen für Entwickler von digitalen Steuerungsanwendungen, welche die MCU-Plattform C2000 von Texas Instruments verwenden. Alle Funktionen in der Bibliothek werden in Form von C- oder Assembler-Quellcode bereitgestellt. Ver...
对buck变换器进行建模,并转为离散域进行补偿,后在psim仿真环境下进行仿真。 得到参数为:kp=0.6623,ki=14638.5.仿真效果很好。 以这个参数利用uk = DCL_runPI_C1(π1, rk, yk);函数进行补偿,不会工作。 请问该怎么调节kp ki参数。
I have wrote the following DCL code for an average current mode controller: // Digital Control Library StructuresDCL_DF22_CLA v_ctrl2; // Pre-computation controller structure definition for voltage compensation...
通过Signal Demultiplexer(信号解复用器)将PWM捕获块连接至两个IGBTS,并将Digital Input Channel(s)数字输入通道配置为矢量[0 1]。将"Averaging interval (offline only)"平均间隔设置为Ts Plant。 从顶层示意图中,将“Controller”子系统的PWM输出连接到“Plant”子系统的PWM捕获输入。 在这个阶段,您现在可以在PLECS...
Introduction to the F2837x series (2) Introduction to the F28004x series (2) C2000™ real-time control MCU: Digital Control Library (5) EtherCAT® protocol: C2000™ real-time controller (5) Functional safety on C2000™ MCUs (3)동...
Digital Controller Library中PI调节器参数如何调整 针对buck变换器,离散建模并仿真后效果很好,但是kp,ki参数 使用DCL库中的uk = DCL_runPI_C1(π1, rk, yk);变换器却不会工作,请问该怎样调节PI调节器的参数
The library also includes a set of code examples illustrating how to apply the controllers, a small block-set of Simulink models, a library user's manual, and a PID tuning guide. The Digital Control Library can be found in the /libraries/control sub-directory of the C2000Ware installa- ...
配置TI C2000目标库组件(Configuring TI C2000 Target library components) 图4中的示意图包含来自TI C2000目标库的几个组件。PWM(可变)组件用于生成变频PWM信号。块的输入,“f´”标准化为110 kHz组件掩码中的"Carrier frequency"载频参数。配置PWM(可变)块以生成ADC的转换开始(SOC)信号。从PWM块参数窗口的”Event...
Digital PID controller Library Embedded Coder®Support Package for Texas Instruments™ C2000™ Processors/ Optimization/ C28x DMC Embedded Coder Support Package for Texas Instruments C2000 F28M3x Concerto™ ProcessorsProcessors/ Optimization/ C28x DMC ...
• Variable speed control MORE efficient motors • Field-oriented control MORE efficient control • Space vector PWM MORE efficient power stage • Sensor-less control MORE cost effective • Multi-axis control MORE motors per controller • Integrated digital PFC ...