ATA6834C-PLQW-1

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The ATA6834C-PLQW-1 is an integrated circuitry specially designed to control and regulate motorised actuator systems. It is a wide range power supply with immense flexibility as, such it is becoming an increasingly popular in motor controllers.

The ATA6834C-PLQW-1 is a highly efficient dual-channel digital power switching control device with a wide array of operating voltages. It is designed to provide high efficiency and low power consumption. It can be used for both brush DC and stepper motors for a wide variety of applications.

The ATA6834C-PLQW-1 is equipped with a digital PWM switching controller to accurately control the flow of power between two distinct power supplies. In addition, it is also equipped with Smart Gate Drive technology that enables users to customize their power switching control and regulate the flow of power according to their specific needs.

The ATA6834C-PLQW-1 is the ideal choice for applications requiring high output current, high efficiency, and precise power control. It is optimized for automotive, industrial, commercial and consumer electronics applications. The device features a high switching frequency that can range up to 400kHz, allowing it to provide high speed switching and quick response to changes in load.

The ATA6834C-PLQW-1\'s working principle is based on the principle of Pulse Width Modulation (PWM). In this method, the motor is connected to the ATA6834C-PLQW-1 and the control signals from the digital logic are passed to the motor driver. The control signals are digital pulses of varying width. The pulse width is determined by the digital logic in response to the feedback from various sensors. The ATA6834C-PLQW-1 converts these pulses into voltage and current signals to control the motor.

The ATA6834C-PLQW-1 is one of the most advanced motor controllers available in the market today. Its robust design, combined with its high efficiency and precise power control, makes it a great choice for a range of applications. It is ideally suited for controlling and regulating permanent magnet brushes and stepper motors in automotive, industrial, commercial and consumer electronics applications.

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