Marlborough, Conn.—IM483H and IM805H microstepping drivers use hybrid technology to reduce size without sacrificing power or features. Both are designed for soldering directly onto a PC board, saving design and assembly time, reducing system cost, and increasing reliability. Both have 14 built-in microstep resolutions from 1/2 step to 1/256 step (binary and decimal) changeable any time wi...
Marlborough, Conn.—IM483H and IM805H microstepping drivers use hybrid technology to reduce size without sacrificing power or features. Both are designed for soldering directly onto a PC board, saving design and assembly time, reducing system cost, and increasing reliability. Both have 14 built-in microstep resolutions from 1/2 step to 1/256 step (binary and decimal) changeable any time without resetting the driver. With the development of proprietary and patented circuits, ripple current has been minimized to reduce motor heating common with other designs. The drivers share a common package and pin configuration that provides added flexibility. The system designer can increase or decrease the power according to need, without having to redesign the interface to the drive.
Intelligent Motion Systems
