PPD113-PPD103B101 根据控制信号调整被控对象的参数

Description

PPD113-PPD103B101 根据控制信号调整被控对象的参数

PPD113-PPD103B101 控制系统中使用的组件主要包括以下几种：

传感器：传感器是控制系统的“感官器官”，PPD113-PPD103B101 用于感知被控对象的各种物理量，如温度、压力、流量、速度等，并将其转换为电信号，传输给控制器。
控制器：控制器是控制系统的核心部件，负责接收传感器的电信号，按照设定的控制规律进行计算和处理，并输出控制信号，驱动执行机构。

执行器：执行器是控制系统的“肌肉”，根据控制信号调整被控对象的参数，实现对被控对象的控制。常见的执行器有电动调节阀、气动调节阀等。
人机界面：人机界面是控制系统的“大脑”，用于实现人与控制系统之间的信息交互。通过人机界面，操作员可以设置参数、查看状态等。

通讯网络：通讯网络是控制系统的“神经网络”，用于连接各个组件，实现数据的高速传输和共享。

电源：电源是控制系统的“心脏”，为各个组件提供稳定的能源。

这些组件相互配合，共同实现控制系统的功能。不同的控制系统，由于被控对象的不同，可能会使用不同的组件。

PPD113-PPD103B101 根据控制信号调整被控对象的参数

The components used in the PPD113-PPD103B101 control system mainly include the following:

Sensor: The sensor is the “sensory organ” of the control system, PPD113-PPD103B101 is used to sense various physical quantities of the controlled object, such as temperature, pressure, flow, speed, etc., and convert it into electrical signals, which are transmitted to the controller.
Controller: The controller is the core component of the control system, which is responsible for receiving the electrical signal of the sensor, calculating and processing according to the set control law, and output the control signal to drive the actuator.

Actuator: The actuator is the “muscle” of the control system, which adjusts the parameters of the controlled object according to the control signal to achieve the control of the controlled object. Common actuators are electric regulating valves, pneumatic regulating valves and so on.
Man-machine interface: The man-machine interface is the “brain” of the control system, which is used to realize the information interaction between people and the control system. Through the man-machine interface, the operator can set parameters, view the status, etc.

Communication network: The communication network is the “neural network” of the control system, which is used to connect various components to achieve high-speed transmission and sharing of data.

Power supply: The power supply is the “heart” of the control system, providing stable energy for each component.

These components cooperate with each other to realize the function of the control system. Different control systems may use different components due to different controlled objects.