Analog Devices Inc. TMC2262 Smart Stepper Motor Driver

Analog Devices TMC2262 Smart Stepper Motor Driver is a miniaturized, smart, high-power single-axis stepper motor driver IC with step and direction interface, SPI, and extensive diagnostic capabilities. The Analog Devices TMC2262 offers high integration, high energy efficiency, and a small form factor, enabling miniaturized, scalable, and cost-effective motor drive solutions perfectly suited for Nema 17, Nema 23, and even Nema 24 steppers.

Features

  • Voltage range of 4.5VDC to 65VDC
  • 0.08Ω (typ.) (TA = 25°C) low RDS(ON) (HS + LS)
  • Current ratings per H-bridge (typ. at 25°C)
    • IRMS = 4ARMS (6A full-scale sine wave peak)
    • IMAX = 9.0A (bridge peak current)
  • SPI for configuration and diagnostics
  • Step and direction interface for control
  • Fully-integrated lossless current sensing
  • Incremental encoder interface
  • TriCoder sensorless standstill steploss detection and full-step encoder
  • Highest resolution of 256 microsteps
  • Programmable sine wave table to match motor
  • StealthChop+ silent and smooth motor operation with resonance dampening
  • SpreadCycle highly dynamic motor control chopper
  • StallGuard2, StallGuard+ sensorless load detection
  • CoolStep, CoolStep+ current control for application energy savings up to 90%
  • μDcStep load-dependent velocity adaptation
  • Passive braking and freewheeling mode
  • Chip temperature and supply voltage measurement
  • Full protection and diagnostics
  • Real-Time On-Chip Scope Interface (RT-OCSI)
  • Overvoltage protection output
  • Compact 30-pin 6mm x 6mm FCQFN package

Applications

  • Textiles, sewing machines, and knitting machines
  • Lab automation, IVD
  • Robotics and factory automation
  • 3D printers, label printers
  • POS, massage chairs
  • ATM, cash recycler, bill validators, cash machines
  • Pumps and valve control
  • Stage lighting, antenna positioning

Simplified Block Diagram

Block Diagram - Analog Devices Inc. TMC2262 Smart Stepper Motor Driver
公開: 2026-06-29 | 更新済み: 2026-07-02