TLE9321ES
coming soon
coming soon
RoHS Compliant

TLE9321ES

Integrated automotive dual stepper motor driver with four full bridges, microstepping up to 64 steps and programmable stall detection
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TLE9321ES
TLE9321ES


Product details

  • Classification
    ISO 26262-ready
  • Operating Temperature range
    -40 °C to 150 °C
  • Over current detection min
    700 mA
  • Package
    PG-TSDSO-24
  • Supply Voltage absolute max ratings
    40 V

OPN
Product Status coming soon
Infineon Package
PG-TSDSO-24
Package Name N/A
Packing Size 3000
Packing Type TAPE & REEL
Moisture Level 2a
Moisture Packing DRY
Lead-free No
Halogen Free Yes
RoHS Compliant Yes
Country of Assembly (CoA)
MY
Country of Diffusion (CoD)
DE

Product Status coming soon
Infineon Package
PG-TSDSO-24
Package Name -
Packing Size 3000
Packing Type TAPE & REEL
Moisture Level 2a
Moisture Packing DRY
Lead Free
Halogen Free
RoHS Compliant
Country of Assembly (CoA)
MY
Country of Diffusion (CoD)
DE
The MOTIX™ TLE9321ES is an integrated dual stepper motor driver for automotive bipolar stepper motor applications. The device integrates two stepper drivers supporting up to 600 mA full-scale current with programmable microstepping up to 64 steps, integrated current regulation, auto decay modes and programmable stall detection. The device can be configured via SPI and includes integrated diagnostic and protection functions for reliable operation.

Features

  • AEC-Q100 (Grade 1), ISO 26262-ready
  • Up to 64-step microstepping
  • 3Programmable full-scale current
  • Integrated current regulation
  • Auto decay modes
  • SPI interface
  • Programmable stall detection
  • Diagnostics and protection
  • Supply voltage from 6 V to 28 V
  • Extended supply range 4.5 V to 28 V
  • Four full bridges, up to 600 mA
  • 1.6 Ω path resistance typ.

Benefits

  • Automotive-grade reliability
  • Precise motor positioning
  • Smooth motor operation
  • Flexible motor control
  • Flexible control architecture
  • Simplified system design
  • Reduced external circuitry
  • Reduced configuration effort
  • Reliable stall detection
  • Integrated fault diagnostics
  • Improved system robustness
  • Enhanced thermal performance

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