In this way, the two sets of drivers can be synchronized to achieve the effect of driving multiple motors at the same time. In addition, terminal 1 of L297 is the synchronous terminal, which can be connected to terminal 1 of another group of L297 and L298 drive circuits. The goal of commanding the motor to rotate in the predicted direction is therefore accomplished thanks to the software's rational organization. The appropriate control terminals of L297 are linked to ports P0 and P4. Text: ) DESCRIPTION The L297 /A/D Stepper Motor Controller IC generates. The schematic below depicts the L297+L298 drive wiring theory. Abstract: l297 l298 bipolar l297 l298 L297 stepper motor driver circuit stepper. The motor coil is fully utilized due to the bipolar drive, allowing the motor to attain the best drive.Ī stepping motor subdivision driving circuit is constructed when two pieces of L297 are used to drive the two windings of a stepping motor through L298, and the Vref corresponding to each winding is adjusted through two D/A converters. A double full bridge mode is used to power it. ![]() ![]() The stepper motor's power output is driven by the L298. Set the drive signal (A, B, C, D) and the motor current. The L297 is a stepper motor controller that produces two-phase bipolar voltage. It's powered by a constant current mode, and each phase's peak current can reach 2A. A two-phase bipolar stepper motor drive circuit can be built using L297 and L298.
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