TB67S285FTG,EL

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PMIC or known as Power Management Integrated Circuit is a device used to control and convert electric power in an electrical circuit. TB67S285FTG and EL are power management integrated circuits that are used in motor drivers and controllers. Motor drivers and controllers are used in a variety of applications such as electric motors, motors for small robots, and automotive applications.TB67S285FTG and EL are dual-channel, high-efficiency motor drivers designed to deliver a wide range of voltages from 5.5V to 28V. Each channel is capable of delivering up to 5A of continuous current with a peak current of 60A for short-term operation. It also includes two charge-pumps that allow for a smooth dynamic control of motor speed, which increases system efficiency. The EL power management integrated circuit is similar to the TB67S285FTG but includes a unique current limit protection feature. This feature allows for the device to limit the current output in the event of an overload to prevent system damage. These power management integrated circuits are used in applications that require dynamic control of motor speed and high power efficiency. Motor controllers are used in a variety of electric motors including automobile engines, robots, and electric vehicles. TB67S285FTG and EL can also be used in applications such as home appliances and elevator systems.The working principle of these power management integrated circuits is based on the use of two charge-pumps and two half-bridge drivers. The charge-pumps generate a PWM control signal to dynamically adjust the motor speed, while the half-bridge drivers allow for high-efficiency power control. The EL version of the power management integrated circuit includes a unique current limit protection feature, which helps to limit the current output to prevent system damage.Overall, TB67S285FTG and EL are power management integrated circuits designed to provide efficient power conversion and dynamic control of motor speed in a variety of applications. The EL version of the device includes a unique current limit protection feature that helps to prevent system damage in the case of an overload. These devices are widely used in motor drivers and controllers in electric motors, robots, home appliances, and electric vehicles.

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