SS30-E

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PMIC - Motor Drivers, Controllers - SS30-E Application Field and Working Principle.

Power Management Integrated Circuit (PMIC) devices have become ubiquitous components in the modern electronic environment. From battery powered drones to solar powered vehicles, the role of PMIC devices to provide efficient way to manage power and control motors is essential. In this article, we will explore the application and working principle of the SS30-E, an integrated PMIC designed to drive and control a wide variety of motors.

The SS30-E is an integrated Power Management Integrated Circuit (PMIC) for driving motors in a range of applications. It provides the enhanced reliability, safety and efficiency benefits of products such as BLDC drivers, servo controllers and stepper drivers without the need for separate dedicated circuits. It\'s programmable, integrated system includes all the necessary power controllers, drivers and other components required for efficient motor connection and control. This makes it suitable for a range of industrial, automotive, commercial and consumer applications.

The SS30-E is designed for driving high-power, high-performance motors in a wide range of applications where safety, accuracy, and efficiency are essential. With its tightly coupled PIC microcontroller, a full complement of devices, and dedicated application software, the SS30-E is ideal for a variety of applications including industrial controls, robotics, factory automation, renewable energy generation, electric vehicles, and much more.

Working Principle

The SS30-E operates on a 3-phase power supply and enables control of the motor’s direction, speed, and torque based on input signals from the control systems. It implements field-oriented control (FOC) to provide precise control of the motor operation and is capable of driving motors up to 480V and 200A. The FOC method helps to optimize power use, reduce motor heating, response quickly to changes in the environment, and improve system accuracy and stability.

The SS30-E includes both power-on and life cycle protections, as well as a number of configurable parameters such as current/voltage limits, alarm values, operating speed, torque limits, brake times, and support for active energy saving for optimal energy usage. The onboard microcontroller provides an interface for real-time monitoring, parameter setting and system debugging.

The SS30-E is designed to be easy to use and maintain, devices such as the onboard programming unit, which supports high-speed configuration and debugging functions, allow experts to quickly set up the motor and begin operation. What\'s more, its high integration and advanced protection functions provide increased safety and reliability during operation.

In brief, the SS30-E is an integrated electronic power management system designed to provide an efficient and reliable way to drive and control motors in a variety of applications. With features such as field-oriented control, a wide operating range, and life-cycle protection, it is a robust and versatile device for powering and controlling a wide range of motor controllers.

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