TB67S511FTAG,EL

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The TB67S511FTAG is a high performance, micro-stepping, 2-phase unipolar stepping motor controller IC. It has a wide range of applications and is suitable for a variety of motor drives, such as robotic systems, model aircraft, and other small motor applications, and is being used to drive stepping motors in various industrial equipment, such as benchtop milling machines.

The TB67S511FTAG operates by energizing each of the two motor phases in sequence to achieve smooth rotation, with a micro-step resolution down to 1⁄64 step. It is capable of operating up to 50V and 4A, resulting in a maximum output power of 200W. The device also features built-in overcurrent protection and thermal protection, which ensures high reliability and protection against overheating.

The device features a selectable high-speed mode and a low-speed mode, allowing the user to select the optimal speed for the application. The user can also adjust the maximum speed and acceleration of the motor, in addition to the number of micro-steps. The device also includes an error-detection circuit which can detect errors such as undervoltage and overcurrent, and an analogue voltage input for external speed control.

The TB67S511FTAG has a wide range of applications, ranging from robotics and model aircraft to industrial equipment, due to its high performance and wide range of adjustable features. It can be used to control unipolar stepping motors, allowing for a variety of exact movements, and is capable of operating up to 50V and 4A for powering larger motors.

The TB67S511FTAG is a powerful, reliable and versatile choice for controlling unipolar and bipolar stepping motors, making it an ideal choice for a variety of motion control applications. The device is capable of producing a maximum output power of 200W and includes a range of built-in protection mechanisms, helping to ensure the longevity and safety of the system.

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