BD63521EFV-E2

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

Power management integrated circuits (PMICs) are semiconductor integrated circuits used to provide high-performance power solutions in a single package. They enable precision conversion and control of power, providing efficient performance for a wide range of applications. One example of applied PMIC technology is the BD63521EFV-E2, a single-phase brushless DC motor driver and controller.

Overview

The BD63521EFV-E2 is a single-phase brushless DC motor driver for three-phase motors and is capable of driving motors up to 4Amps. The BD63521EFV-E2 provides the proper drive signals and can deliver up to twice the current of a 6-Amp device.

The BD63521EFV-E2 is based on a dedicated, low power integrated circuit that provides all the needed control logic, motor commutation and protection functions, while also providing a serial interface to an external microcontroller. The device operates as a single phase motor and can handle input ICs with different voltages in the same side.

The device is especially suitable for applications requiring high efficiency, low cost and space saving. The device is also well suited for applications where it is desirable to have the kernel and phase switched on or off quickly and reliably, such as in brushless DC motor applications.

Applications

The BD63521EFV-E2 can be used in a variety of applications, including:

• Robotics
• Home automation systems
• 3D printers
• Smart device control
• Lighting systems

Working Principle

The BD63521EFV-E2 is a single-phase motor driver and controller that works by providing the proper drive signals and controlling the drive current. The motor is supplied with current through three phases and a start/stop command is needed to operate it. The device has three drive signals, which are responsible for the starting and stopping of the motor. The drive current is provided through the channels representing the three phases.

The BD63521EFV-E2 operates in the following way: when the external microcontroller issues a start/stop command, all three phases are switched on and off in a predetermined sequence depending on the speed of the motor in order to generate a rotating field. When the motor reaches the desired speed, the signals are changed to keep the field rotating at the requested speed.

The BD63521EFV-E2 can be used to drive brushless DC motors at speeds ranging from 0 to 8Krpm. The output current is controlled by the device and can be adjusted depending on the requirements of the motor. The device also allows the user to adjust the acceleration and deceleration of the motor. Furthermore, the BD63521EFV-E2 includes integrated protection features such as over-current, over-voltage and thermal protection.

Conclusion

The BD63521EFV-E2 is an integrated circuit that combines the efficient power solution of a PMIC with the control of a motor driver and controller. It is suitable for robotics, home automation systems, 3D printers and other electronic devices. The device operates by providing the proper drive signals to generate a rotating field, and it can control the output current of the motor. Additionally, it has several protection features and can operate at speeds up to 8Krpm. The BD63521EFV-E2 is a great example of the diverse applications for PMIC technology.

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