Datasheet

TMC4671 Datasheet IC Version V1.00 | Document Revision V1.03 2018-Sept-06
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2 Functional Summary
Servo Controller with Field Oriented Control (FOC)
Torque (and ux) control mode
Velocity control mode
Position control mode
update rate of current controller and PWM at maximum frequency of 100 kHz (speed and
position controller update rate is congurable by setting a divider of current controller update
rate)
Control Functions/PI Controllers
Programmable clipping of inputs and outputs of interim results
Integrator windup protection for all controllers
Programmable eld oriented voltage circular (
q
U
2
D
+ U
2
Q
) limiter
Feed-forward osets for target values and feed-forward friction compensation
Advanced feed-forward control structure for optimal trajectory tracking performance
Extended IRQ event masking options and limiter status register
Advanced encoder initialization algorithms with Hall sensor or/and with minimal movement
Motion Control and Ramping
Trapezoidal velocity ramps by control structure
Step/Direction interface for easy positioning
Supported Motor Types
FOC3 : 3-phase permanent magnet synchronous motors (PMSM)
FOC2 : 2-phase stepper motors
DC1 : brushed DC motors, or linear voice coil motors
ADC Engine with Oset Correction and Scaling
Integrated ∆Σ ADCs for current sense voltage, motor supply voltage, analog encoder, two AGPIs
Integrated ∆Σ-Interface for external ∆Σ-Modulators
Position Feedback Evaluation
Open loop position generator (programmable [rpm], [rpm/s]) for initial setup
Digital incremental encoder (ABN resp. ABZ, up to 5 MHz)
Secondary digital incremental encoder
Digital Hall sensor interface (H
1
, H
2
, H
3
resp. H
U
, H
V
, H
W
) with interpolation of interim positions
Analog encoder/analog Hall sensor interface (SinCos (0°, 90°) or 0°, 120°, 240°)
multi-turn position counter (32-bit)
Position target, velocity and target torque lters (Biquad)
PWM Engine Including SVPWM
Programmable PWM frequency within the range of 20 kHz . . . 100 kHz
Programmable Brake-Before-Make (BBM) times (high side, low side) 0 ns . . . 2.5
µ
s in 10 ns steps
and gate driver input signals
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