In a modern servo system, Power Supply is not only a power supply device but also plays a decisive role in accuracy, stability and overall performance. Choosing the right power supply for the motor, driver and load characteristics is a vital factor in automation lines. The following article will help you understand the role of […]
In servo systems, where all signals require high precision, the phenomenon of Capacitive Coupling can become a cause of noise and unpredictable errors. This article will help you understand the nature of capacitive coupling, its effects on servo control, as well as how to utilize or limit it effectively in real-world environments. What is Capacitive […]
In servo systems, performance depends not only on the hardware configuration but also on the operating environment – especially the Ambient Temperature. Understanding the role of temperature will help engineers be more proactive in the design, equipment selection and ensure the system operates stably for a long time. What is Ambient Temperature? Ambient Temperature is […]
Acceleration Feedforward (AFF) is an advanced control technique integrated into many modern servo systems to increase response speed and reduce position errors. Understanding the operating mechanism and benefits of AFF will help engineers optimize operating performance in high-speed, high-load, or precision-demanding applications. What is Acceleration Feedforward? Acceleration Feedforward is a control technique in servo systems […]
A servo system diagram is a diagram that shows the connection between the PLC, driver, servo motor, and feedback devices in the motion control system. Understanding the diagram correctly helps engineers install quickly, operate stably, and troubleshoot effectively. This article by XINJE will help you understand the concept, structure, and important notes when working with […]
What is the position control of the servo motor? Position control refers to the method of precisely directing a servo motor’s movement to a specific position. This process is fundamental in various automation tasks that require exact positionings, such as packaging, robotics, and material handling. At the heart of position control lies a feedback-driven mechanism […]
What is a closed-loop servo system? A closed-loop servo system is an advanced control mechanism that delivers high accuracy by continuously monitoring and correcting its output based on real-time feedback. Unlike its open-loop counterpart, a closed-loop system ensures that the desired motion, speed, or position is precisely achieved, making it ideal for applications that demand […]
In industrial servo systems, choosing the right output signal standard such as PNP (sourcing output) is a key factor to ensure stable connection between sensors, drivers and PLCs. PNP operates on the principle of “positive power output”, which is easily compatible with many modern control devices. XINJE’s article will help you understand what PNP signal […]
PWM – short for Pulse Width Modulation – is a pulse width modulation technique widely used in controlling motors, LEDs, industrial fans, etc. This article by XINJE will help you understand the operating principle, role and practical application of PWM in automation systems. What is Pulse Width Modulation? PWM (Pulse Width Modulation) – also known […]
In modern industrial automation systems, AC servo motor plays the role of “moving brain” – precisely controlling position, speed and torque in real time. Thanks to its fast response, stable operation and easy integration with PLC/HMI, this type of motor is widely used in production lines, industrial robots, CNC machines… So what is AC servo […]
