The MTS62C19A motor driver is an integrated circuit able to drive both windings of a bipolar stepper motor or bi-directionally control two DC motors. The two output bridges can sustain 40 V and deliver up to 750 mA of continuous current each. The maximum output current, controlled by a PWM circuit, is determined by the user’s selection of a reference voltage, a sensing resistor and two logic inputs. The outputs have been optimized for a low output saturation voltage drop.
Additional Features
Pin-to-pin compatible with L6219 circuit
Able to drive both windings of a bipolar stepper motor
Load voltage supply range: 10V to 40V
Output current up to 750mA (each bridge)
Internal fixed Toff time PWM current control
Built-in protection diodes
Internal thermal shutdown
Under-voltage lockout
LS-TTL compatible logic inputs with pull-up resistors
Low Ron output resistance
Low quiescent current
The MTS62C19A motor driver is an integrated circuit able to drive both windings of a bipolar stepper motor or bi-directionally control two DC motors. The two output bridges can sustain 40 V and deliver up to 750 mA of continuous current each. The maximum output current, controlled by a PWM circuit, is determined by the user’s selection of a reference voltage, a sensing resistor and two logic inputs. The outputs have been optimized for a low output saturation voltage drop.
Additional Features
- Pin-to-pin compatible with L6219 circuit
- Able to drive both windings of a bipolar stepper motor
- Load voltage supply range: 10V to 40V
- Output current up to 750mA (each bridge)
- Internal fixed Toff time PWM current control
- Built-in protection diodes
- Internal thermal shutdown
- Under-voltage lockout
- LS-TTL compatible logic inputs with pull-up resistors
- Low Ron output resistance
- Low quiescent current
