PCB fabrication for industrial equipment

PCB fabrication applications: Industrial equipment Internet communication platform realize data transmission, cloud computing, remote operation and other functions.

From the perspective of network architecture, industry PCB board can be divided into physical layer, transport layer, interaction layer and application layer;

From the function point of view, The pcb board can be divided into detection system, control system and management system the three aspect:

1. Detection system: mainly composed of sensors (groups), data acquisition units (subsystems), data processing units (subsystems), data transmission units (subsystems), etc., mainly used to implement front-end data acquisition and processing;

2. Control system: mainly composed of actuator (group), control unit (subsystem) and data transmission unit (subsystem), mainly used for controlling of the actuator;

3. Management system: mainly includes data transmission unit (subsystem), scheduling unit (subsystem), data management unit (subsystem), data analysis unit (subsystem), etc., mainly used for centralized scheduling and background management;

A. Intelligent devices  pcb board with various sensors installed to collect data generated during the production process.

B. Intelligent systems, including large industrial control systems and industrial software.

C. Intelligent decision making, big data and cloud computing, using various algorithms and machine learning, artificial intelligence, etc. to help managers make decisions.

Nowadays the elements of the industrial Internet, smart devices, intelligent systems, intelligent decision making, and machines, facilities, organizations, and networks were integrated, the full potential of the Industrial Internet will be reflected. The benefits of increased productivity, reduced costs and energy conservation and emission reduction will drive the transformation and upgrading of the entire PCB manufacturing industry.