Datasheet4U Logo Datasheet4U.com

TLE4726 - 2-Phase Stepper-Motor Driver

General Description

TLE 4726 is a bipolar, monolithic IC for driving bipolar stepper motors, DC motors and other inductive loads that operate on constant current.

Key Features

  • 2 × 0.75 A / 50 V outputs.
  • Integrated driver, control logic and current control (chopper).
  • Fast free-wheeling diodes.
  • Low standby-current drain.
  • Full, half, quarter, mini step P-DSO-24-3 Type TLE 4726 G.

📥 Download Datasheet

Datasheet Details

Part number TLE4726
Manufacturer Infineon Technologies AG
File Size 258.78 KB
Description 2-Phase Stepper-Motor Driver
Datasheet download datasheet TLE4726 Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
TLE4727 2-Phase Stepper-Motor Driver Siemens
TLE4728G 2-Phase Stepper-Motor Driver Infineon Technologies
TLE4728G 2-Phase Stepper-Motor Driver Siemens
TLE4729G 2-Phase Stepper-Motor Driver Bipolar-IC Infineon Technologies
TLE4201 DC Motor Driver Infineon Technologies

Other Datasheets by Infineon Technologies AG

Part Number Description
TLE4726G 2-Phase Stepper-Motor Driver
TLE4209 DC Motor Driver for Servo Driver Applications
TLE4226 Intelligent Sixfold Low-Side Switch
TLE4226G Intelligent Sixfold Low-Side Switch
TLE4241 LED Driver with Adjustable Current

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
2-Phase Stepper-Motor Driver TLE 4726 Bipolar IC Overview Features • 2 × 0.75 A / 50 V outputs • Integrated driver, control logic and current control (chopper) • Fast free-wheeling diodes • Low standby-current drain • Full, half, quarter, mini step P-DSO-24-3 Type TLE 4726 G Description Ordering Code Q67006-A9297 Package P-DSO-24-3 TLE 4726 is a bipolar, monolithic IC for driving bipolar stepper motors, DC motors and other inductive loads that operate on constant current. The control logic and power output stages for two bipolar windings are integrated on a single chip which permits switched current control of motors with 0.75 A per phase at operating voltages up to 50 V. The direction and value of current are programmed for each phase via separate control inputs.