TLE92613BQXV33XUMA1

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TLE92613BQXV33XUMA1 is a 3-phase brushless DC motor driver ideal for controlling high-performance, large-current motors. The TLE92613BQXV33XUMA1 is designed for easy implementation and interfacing with the standard development boards. It is suitable for a wide range of applications such as industrial, medical, and automotive.

Application Field

The TLE92613BQXV33XUMA1 is suitable for use in a variety of applications including industrial automation, automotive environment, medical applications, motor control, and factory automation. It is particularly well-suited for use in small and efficient industrial motor control systems, due to its low power consumption, wide motor control range and extensive protection features.

The TLE92613BQXV33XUMA1 is capable of driving a wide range of three-phase BLDC and PMSM motors, providing greater dynamics and smoother operation. Its integrated advanced protection features, such as current restrictions and automatic shutdowns, ensure the system is well protected from harmful faults.

The TLE92613BQXV33XUMA1 is also capable of driving a wide range of three-phase brushless servo motors, providing flexibility and easier tuning for motion control applications. With the TLE92613’s built-in sine decoder, direct sinusoidal commutation is achieved. The TLE92613 also integrates a compensation network that increases motor performance and reduces vibrations during operation.

Working Principle

The operating principle of the TLE92613BQXV33XUMA1 is based on the voltage turn-off and voltage turn-on signal, which is used to control the motor. When a voltage turn-off signal is detected, the power stage is turned off and the motor current is stopped. When the signal is turned off and the power stage is active, a voltage turn-on signal is detected, the motor current begins to flow, and the motor starts running. The system works as follows:

The TLE92613BQXV33XUMA1 receives a signal from a higher-level controller. This signal is used to detect the current state of the motor and to determine whether it needs to be turned on or off. If the signal is a voltage turn-off signal, then the power stage is turned off, and the motor current is immediately stopped. If the signal is a voltage turn-on signal, then the power stage is turned on, and the motor current begins to flow.

The TLE92613BQXV33XUMA1 also includes a dedicated PWM input that is used to control the speed of the motor. The PWM signal is sent in response to the motor speed set-point provided by the higher-level controller. The TLE92613BQXV33XUMA1 automatically adjusts the motor speed based on the commanded PWM signal. It also adjusts the motor current, depending on the motor load and power consumption.

Finally, the TLE92613BQXV33XUMA1 includes an integrated drag brake, which is used to slow down the motor in short periods of time. The drag brake feature is used for high-dynamic applications, where the power stage needs to be quickly de-activated in order to slow down the motor. The drag brake is controlled by a dedicated output line from the higher-level controller.

Conclusion

The TLE92613BQXV33XUMA1 is a highly integrated, easy to implement brushless DC motor driver designed for a wide range of applications. It is capable of driving 3-phase BLDC and PMSM motors, as well as 3-phase brushless servo motors, and it provides greater dynamics and smoother operation. The TLE92613BQXV33XUMA1 also includes extensive protection features and an integrated drag brake feature, ensuring that the motor and system are well protected during operation.

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