2511125/1M

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2511125/1M application field and working principle are both well established in the field of science and technology. 2511125/1M is an integrated pass-through motor type device offering low noise operation and the ability to switch from low or high speed to a current limit setting within a short amount of time. The device is used in applications such as automotive, on-board machine control, semiconductor fabrication, robotics, mobile equipment and other motion control applications.

The pass motor characteristic of the 2511125/1M allows for precise control of the speed of a motor, precisely repeating cycles and maintaining relatively constant speed against variable loads. This makes it ideal for applications requiring quick and precise speed control. The adjustable current limit setting prevents current overload in some applications thereby increasing the product life and making it a valuable device to have.

The working principle of the 2511125/1M is relatively simple. An input current from an acceleration/deceleration signal forms the applied current on the device’s winding. A comparator compares this input current with the preset current threshold, and when the input current reaches the threshold, a voltage is generated, which is then used to modulate the current going to the motor to limit the motor’s speed.

The structure of 2511125/1M includes an integrated motor, power transistor, emulation circuitry, direct stage and current-limit-threshold circuit. The integrated motor uses 4-phase half-wave drive and can be used in a variety of applications. The power transistor is the main part responsible for driving the motor. It uses emitter follower or current source type driver as the common drive. The emulation circuitry is the source of feedback signal sent to the controller to control the motor. The direct stage gives the drive signal required to control the motor, and the current-limit_threshold circuit limits the motor’s speed by generating a gate signal.

2511125/1M has wide range of applications in automation especially in controlling motion control applications. One example include Pick and Place units, in which exact repeatability is required to transfer an assembly part with minimal mechanical impulse. It is also used in robotics for precise position control, where accurate speeds and quick response are essential for a successful implementation of a task.

Other applications of the 2511125/1M include torque vectoring motors, controlling the speed of multi-axis production machinery, automotive functions such as door open/close motors, window motor, and power steering motors. It can also be used on semiconductor fabrication equipment and automotive hall effect sensors. It is also used in medical equipment, elevator systems and home appliances.

The 2511125/1M’s wide range of applications makes it a desirable choice for a variety of motion control applications. As it offers a low noise operation and quick response it can be used in high performance applications. Its adjustable current limit setting also provides protection to the motor and ensures long product life. Lastly, its integrated design allows for convenient installation and maintenance.

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