What is a linear servo -ohon?

Linear drive Servo is a device used to supply direct control of secondary mechanisms whose range, direction and duration are based on signposts of feedback from these mechanisms. To put it simply, the servo -ohon is used to operate a specific piece of machines or equipment where and how the machine will say. This inspection is made possible by a number of sensors that provide values ​​concerning the position orientation of the secondary mechanism in real time. The servo driver compares these values ​​with a set of predetermined "desired" parameters and determines any irregularities between them. If any differences are detected, the driver then gives the drive to create a correction movement. In order to fully understand the function of the linear power drive, it is necessary to appreciate the individual definitions of each of these elements. The drive is a device used to supply movement that is used to create remote activation of something else. For example, a device that opens remotely and closes a set of ventilation shutters is a driver, PRIt adds the movement necessary to operate the shutter mechanism. Drives generally produce two different types of movement - linear or rotary.

Linear descriptor in the term refers to which of these two output movements that the driver produces. In this case, it is linear or forward and backwards. The third descriptive element is the most complex and describes the control source of the linear servo control. The servo system is a system that creates a number of output results based on a set of system inputs or feedback. This is unlike conventional systems where the driver is simply on and creates the final predetermined range of movement.

Linear servopo -dohon is capable of much finer checks in response to changing system requirements that have assets. This inspection is made possible by including the servo -dial and the environmental sensor set in the system. Sensors send to the constant controllerThe stream of information in real time, allowing it to create an accurate image of the exact state of the mechanism in terms of its position. This information is then compared by a controller with a predetermined ideal or the required condition with the control of the driver to the desired position if the irregularity is detected. In this way, it provides linear servofrual drive control in direct line according to system requirements with kind permission of the servo manager.