FNB51060TD1

Power Driver Modules

The FNB51060TD1 belongs to the family of power driver modules (PDMs) and is a type of current-limited motor driver for DC motor applications. This module has the ability to drive either a unipolar or bipolar motor without external components, making it an ideal solution for applications where size and simplicity are important.

At the heart of the FNB51060TD1, is a current-limited DRV8711 motor driver, which features integrated MOSFETs, protection circuits, and a PWM control interface with digital power-stage control. This device is able to provide up to 600mA of current with protection against thermal shutdown, over and under voltage protection, and adjustable overload protection.

The FNB51060TD1 has been optimized for use with brushless DC motors, and is compatible with a wide range of motor sizes. This module can be easily configured to operate in either unipolar or bipolar operating modes. In unipolar mode, the motor is driven in one direction, while in bipolar mode, the motor can be driven in both directions.

The FNB51060TD1 can be operated as a PWM-controlled driver or as a DC-controlled driver. When operated as a PWM-controlled driver, the module is able to generate pulse-width modulated (PWM) signals to control the speed and direction of the motor. When operated as a DC-controlled driver, the motor is simply switched on and off.

The FNB51060TD1 can be controlled by either analog or digital logic signals, with a logic voltage of 2.5–5V. In addition, the module includes a wide input voltage range of 5–36V, making it ideal for applications in automotive, industrial, and robotics.

This module is also capable of self-diagnostics and has several built-in safety features, including comprehensive motor overload protection. The module’s fault status and motor load conditions can be monitored through its digital interface.

The FNB51060TD1 is a robust and reliable power driver module, which provides a simple and cost-effective solution for a wide range of DC motor applications. In addition, it is easy to configure and integrate with existing systems, making it an ideal solution for applications such as servo motors, robotic arms, and medical equipment.