BD68610EFV-E2 Integrated Circuits (ICs)

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PMIC - Motor Drivers, Controllers are an necessary part of big electronic systems. They\'re responsible for powering and controlling all the electronic components that make up the system. The BD68610EFV-E2 is a motor driver, controller that is specially designed for mobile, low-power applications. It provides a high level of integration, with a minimal use of external components needed to build a complete motor driver system.

Application Field

The BD68610EFV-E2 is a highly integrated motor driver, controller with pre-driver power transistor and integrated power MOSFET-H bridges. It is suitable for a wide variety of applications such as home appliances, office automation products, automotive and industrial applications. In motor control, it can be used for DC brushless fan motor, stepper motor, servo motor and DC brush motor applications.

Working Principle

The BD68610EFV-E2 is a dedicated motor driver, controller that is designed to provide high performance, low noise and high efficiency for driving a DC brushless fan motor, stepper motor and servo motor. It features two control methods, pulse width modulation (PWM) and current mode. The PWM control method is used for controlling the speed and direction of the motor by adjusting the duty cycle of the PWM signal. The current mode method is used for controlling the torque, current and position of the motor. The BD68610EFV-E2 has a wide adjustable range of just one current sense resistor value. The output current can be set up to 1A by changing only this one resistor value.

The BD68610EFV-E2 includes a speed monitoring circuit, as well as over-current protection and thermal protection circuits. The motor driver, controller can be operated in high-speed mode, low-speed mode or low ripple mode. All these settings can be done using the external pins. The BD68610EFV-E2 also features a variable dead time control mode and high power conservation mode. The variable dead time control mode can be used to reduce noise by varying the dead time of the output signals. The high power conservation mode can be used to improve power efficiency by reducing the average input current.

Conclusion

In conclusion, the BD68610EFV-E2 motor driver, controller is an ideal solution for a variety of applications. It offers a high level of integration, with a minimal use of external components needed to build a complete motor driver system. It features two control methods, pulse width modulation (PWM) and current mode, and offers many features such as a speed monitoring circuit, over-current protection and thermal protection. The variable dead time control mode and high power conservation mode are additional features that make the BD68610EFV-E2 a great choice for motor driver applications.

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