Electronic board design

Hardware design defines the structure of an embedded board for process control. The characteristics involved are numerous and can be divided into three main categories: microprocessors, input sensors, and output actuators.

Components are selected to ensure electrical stability, industrial robustness, and consistency with application requirements.

Microprocessors: which one to choose for a custom electronic board?

To manage the functions of a machine, microprocessors ranging from 8 to 32 bits can be used, depending on the complexity of the application. In custom electronic board design, the choice of the microcontroller directly impacts performance, energy efficiency, and future scalability.

Micro Systems selects the most suitable microprocessor based on the project and also directly handles firmware design, ensuring consistency between hardware and software.

Input sensors: how are they integrated?

Process control boards developed within industrial electronic board design support various types of sensors, selected according to operational requirements.

Sensor integration allows reliable data collection from the field, which is essential to ensure process accuracy, safety, and quality.

Output actuators: what solutions are available?

Actuators send digital, analog, or fieldbus commands (such as Modbus, CAN bus, or Ethernet) to the machine. Proper actuator design is essential to ensure immediate response, reliability, and compatibility with the overall system architecture.

Custom electronics make it possible to define specific control methods for complex industrial applications.