MTD2018G - Dual Full-bridge Microstepping PWM Motor Driver

Shindengen

Key Features

œDual ful bridge for a bipolar steper motor driver daoLœ.
suylp t lov ega 35V , Outt up cun er t 0.8A C œ.
n o stant cun er t contrlo (Fixde OFF time PWM contr) lo.
œ2-bit selectable curent lev (Ful step/Half step/Quarter ste.
œLogic suply 3.3V onyl.
œStand-by function.
œBuilt-in flywhe and flyback diodes U œ.
ndre t lov ega c ol k t uo n uf ction T œ.
m reh la sht un wod i w th s yh tes er is S œ.
c afru e mon u tc.

MTD2018G dual full-bridge microstepping pwm motor driver by Shindengen - Datasheet Preview

Datasheet Details

Part number	MTD2018G
Manufacturer	Shindengen
File Size	175.21 KB
Description	Dual Full-bridge Microstepping PWM Motor Driver
Datasheet	MTD2018G Datasheet

📁 Similar Datasheet

Part Number	Description	Manufacturer
MTD2001M	Photo Diode	Marktech Corporate
MTD2003B	Stepper Motor Driver IC	SHINDENGEN
MTD2003G	Stepper Motor Driver IC	SHINDENGEN
MTD2009J	MOTOR CONTROLLER	Shindengen
MTD2029J	PWM current control motor driver IC	SHINDENGEN

Other Datasheets by Shindengen

Part Number	Description
MTD2018F	Dual Full-bridge Microstepping PWM Motor Driver
MTD2017F	Dual Full-bridge Microstepping PWM Motor Driver
MTD2017G	Dual Full-bridge Microstepping PWM Motor Driver
MTD2001	Stepping Motor Driver ICs
MTD2002F	Motor Driver

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text

www.DataSheet.co.kr SteprMotorDriverIC MTDSeris MTD2018G Features •œDual ful bridge for a bipolar steper motor driver daoLœ• suylp t lov ega 35V , Outt up cun er t 0.8A C œ• n o stant cun er t contrlo (Fixde OFF time PWM contr) lo •œ2-bit selectable curent lev (Ful step/Half step/Quarter ste •œLogic suply 3.3V onyl •œStand-by function •œBuilt-in flywhe and flyback diodes U œ• ndre t lov ega c ol k t uo n uf ction T œ• m reh la sht un wod i w th s yh tes er is S œ• c afru e mon u tc ap egak i w th t aeh sink(HSOP24) A ¡• s b t ulo e mam x m u t ar ings / Ta2 = 5•Ž Paramt e er Outp vol ag e Outp c r e n Logicsu p l y Logic n pu t Power dissipation Storage temt pera ure range Maximum Junction temperature *1 : 50.8•~50.