TMC5262

RECOMMENDED FOR NEW DESIGNS

65V/4ARMS+ Fully Integrated Smart Stepper Motor Controller and Driver

65V/4A 2-Phase Stepper Motor Controller and Driver

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Overview

  • Voltage Range: 4.5V to 65V DC
  • Low RDS(ON) (HS + LS): 0.08Ω Typical (TA = 25°C)
  • Current Ratings per H-Bridge (Typical at 25°C):
    • IRMS = 4.25ARMS (6A Full-Scale Sine Peak)
    • IMAX = 9.0A (Bridge Peak Current)
  • SPI for Configuration, Control, and Diagnostics
  • Fully Integrated Lossless Current Sensing
  • Eight-Point Motion Controller for Low Jerk
  • Step and Direction Interface Option
  • (Periodic) Position Compare Function
  • Incremental Encoder and Reference Switch 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 Chopper Option
  • StallGuard2, StallGuard+ Sensorless Load Detection
  • CoolStep, CoolStep+ Current Control for Application Energy Savings up to 90%
  • μDcStep Load Dependent Velocity Adaptation
  • Motor Coil Resistance Measurement Integrated
  • 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
TMC5262
65V/4ARMS+ Fully Integrated Smart Stepper Motor Controller and Driver
TMC5262 Smplified Block Diagram TMC5262 Pin Configuration TMC5262 Chip Illustration
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Hardware Ecosystem

Parts Product Life Cycle Description
LDO Linear Regulators 1
ADP122 PRODUCTION 5.5 V Input, 300 mA, Low Quiescent Current, CMOS Linear Regulator, Fixed Output Voltage
Overvoltage & Overcurrent Protectors 1
MAX17616 PRODUCTION 3V to 80V, 7A, Current-Limiter with OV/Surge, UV, Reverse Polarity, Loss of Ground Protection and PMBus Interface
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Evaluation Kits

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TMC5262-EVKIT

Evaluation Kit for TMC5262 – A Fully-Integrated Smart Stepper Motor Driver/Controller

Features and Benefits

  • Highly Integrated 2-Phase Stepper Motor Driver SoC
    • 4.5V to 65V DC Voltage Range
    • Up to 4.25ARMS and 6AFS Current Capability
    • Integrated 65V H-Bridges with low RDS (ON) (HS + LS): 0.08Ω (typ) (TA = 25°C)
    • Integrated Lossless Current Sensing (ICS)
  • Advanced Motion and Motor Control
    • EightPoint Ramp for Minimized-Jerk Motion
    • 256-Microsteps
    • StealthChop+, StallGuard+, CoolStep+, μDcStep
    • SpreadCycle, StallGuard2, CoolStep
    • Passive Braking and Freewheeling Modes
  • Flexible Control and Feedback Interfaces
    • SPI for Configuration, Control, and Diagnostics
    • STEP/DIR and Incremental Encoder Interfaces
    • Reference Switch Inputs
  • Integrated Protection and Diagnostics
    • RT-OCSI

Product Details

The TMC5262-EVKIT includes the TMC5262-EVAL board together with the Eselsbruecke and Landungsbruecke interface boards as part of the ADI Trinamic™ TMCL ecosystem.

The TMC5262 is a smart, high-performance, single-axis 2-phase stepper motor controller and driver IC designed for NEMA 17, NEMA 23, and NEMA 24 stepper motor applications. The TMC5262 features two fully-integrated 65V H-bridges rated for up to 4.25ARMS (6AFS) motor current and lossless integrated current sensing (ICS), eliminating the need for external MOSFETs and current sense resistors.

The integrated position and velocity controller, together with the flexible EightPoint ramp generator, automatically positions the motor and minimizes jerk in motion profiles. Advanced motion control technologies such as StealthChop+™, StallGuard+™, CoolStep+™, µDcStep, SpreadCycle, StallGuard2™ and CoolStep™, combined with 256-microsteps operation, further improve motion quality, efficiency, and motor performance.

The device supports SPI, STEP/DIR, incremental encoder, and reference switch interfaces, while extensive diagnostic, monitoring, and protection functions, including real-time on-chip scope interface (RT-OCSI), simplify system development and debugging.

The TMC5262-EVAL board enables evaluation of the TMC5262 using TMCL-IDE or the PyTrinamic™ Python package.

TMC5262-EVKIT
Evaluation Kit for TMC5262 – A Fully-Integrated Smart Stepper Motor Driver/Controller
TMC5262-EVKIT Board Photo Angle View TMC5262-EVKIT Board Photo Top View TMC5262-EVKIT Board Photo Bottom View

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