Arduino PID Controller Simulation with Proteus

Arduino PID Controller Simulation with Proteus

PID Controller, also known as Proportional-Integral-Derivative Controller, is a type of feedback control system and mechanism used to control the regulation process of a system to reach the desired setpoint. It is a widely used control algorithm in industrial plants. The algorithm continuously calculates the error signal based on the difference between the desired setpoint … Read more

How Embedded Systems Handle Data to Improve Robustness

How Embedded Systems Handle Data to Improve Robustness

Let’s illustrate this issue with a specific example. How does a typical task system handle information in embedded systems? The process looks like this: • Retrieve new data • Filter/process data • Output data Pretty straightforward, right? We know that for real-time embedded system design, the main goal is determinism and minimizing jitter. The three … Read more

Design Principles and Reuse Strategies of PID Controllers in PLCs

Design Principles and Reuse Strategies of PID Controllers in PLCs

Click the blue text for more exciting information Having worked in this field for 15 years, today let’s talk about the PID controllers in PLCs that many find confusing. Many beginners get a headache just hearing about PID, and to be honest, many veterans also struggle to understand it. This thing looks simple, but using … Read more

How Embedded Systems Handle Data to Improve Robustness

How Embedded Systems Handle Data to Improve Robustness

Let’s illustrate this issue with a concrete example. How does a typical task system handle information in embedded systems? The process looks like this: • Retrieve new data • Filter/Process data • Output data Pretty straightforward, right? We know that for real-time embedded system design, the main goal is determinism and minimizing jitter. The three … Read more