EDE12400中文資料etc未分類制造商數(shù)據(jù)手冊PDF規(guī)格書

[E-Lab Digital Engineering, Inc.]

Overview

The EDE12400 stepper motor control module offers designers a compact, reliable stepper motor control system. Engineered with internal and external heatsinks and a highly thermally conductive potting compound, the need for cooling fans (known for short lifetimes) or a large heatsink plate is eliminated. An integrated chopper drive circuit safely provides the maximum motor torque for a given drive voltage, even one many times over the manufacture-specified voltage, offering tremendous torque and speed improvements over traditional stepper motor control circuits. Maximum coil current is easily set using a potentiometer or voltage divider, and can be dynamically adjusted. The highly efficient design of the EDE12400 drive circuitry combined with its unique PowerCube? package makes it the ideal motor control solution for nearly any application.

Features

? Develops maximum possible motor torque by using dual coil-current sensing & control loop circuits

? Allows use of drive voltage beyond rated motor specification for enhanced torque & speed

? Chopper drive circuitry is current adjustable up to 2 Amps/coil using dual internal 5W sense resistors

? Motor supply voltage 0V to 46V

? Integral heatsink system and thermal potting compound eliminate need for an auxiliary heatsink or fan

? Eight internal 3A Schottky clamp diodes and large filter capacitors for enhanced noise suppression

? Two modes of current chopping provide efficient operation of both large and small stepper motors

? Internally generated voltage source for easily setting maximum coil current

? Primary drive circuit thermal overload protection

? Standard 24 pin DIP pin spacing for easy PCB placement & prototyping

? Threaded mounting coupler allows secure mount to PCB in rugged applications

? Chopping frequency generated internally; externally generated frequency may also be used