ATL58011C11

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The ATL58011C11 is a high performance Gear Drive DC Motor Controller used to update and enhance the current steering systems used in modern automotive applications. It is designed to be able to simplify the vehicles steering electronics and reduce overall package size and weight, without compromising performance.

As its main function, the ATL58011C11 provides the input process and output power switching for DC motors. It is also integrated with a programmable microcontroller, allowing full application customisations and fine tuning. Its compact design and lightweight makes it an ideal choice for any automotive application.

The applications of the ATL58011C11 include, but are not limited to, Automotive Electronic Power Steering (EPS) systems, body control systems, mobile robotic platforms, and various other automotive systems such as electric power assisted steering or brakes.The ATL58011C11 is a cost effective solution for complex, real-time automotive application and also features very low power consumption and extended temperature range (compared to standard, off-the-shelf products)

The working principle of the ATL58011C11 is based on the idea of providing a continuously adjustable speed response and torque of a DC motor for a controlled amount of time. By using a combination of on and off logic, the microcontroller can control the motor speed with a high degree of accuracy. The on and off logic is usually inspired by a proportional-integral-derivative (PID) algorithm, which is a feedback control loop, also known as servo control. In a PID control system, the motor is measured against a desired set-point or target value and the error is calculated. Depending on the error, the control system then applies a correcting factor to bring the motor to the desired speed and maintain it.

Once the motor speed is balanced, the control system is then responsible for adjusting the motor power when the users input changes. The controller is also able to keep track of the motor’s power output and temperature, as well as enabling diagnostics and safety measures such as speed limiting, stall protection and over temperature protection. Finally, the ATL58011C11 can interface with other automotive systems to transmit/receive data such as vehicle speed, battery status or remote control commands.

Overall, the ATL58011C11 is an extremely versatile motor controller for automotive applications due to its robust design, small footprint, low power consumption and wide operational temperature range. With its user programmable features, diagnostics and interface support, it is a perfect choice for automotive applications that require a precise and economical motor control solution.

The specific data is subject to PDF, and the above content is for reference