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DSP Selection Guide

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TMS320C2000 Controller Platform<br />

Tools, Software and Support<br />

43<br />

➔<br />

Motor-Specific Software Solutions<br />

www.ti.com/c2000appsw<br />

System Motor Type Sensored Sensorless Description C24x Controller C28x Controller<br />

ACI1_1 1 ph AC Induction •<br />

Tacho I/P<br />

VHz / SinePWM/ Closed Loop (CL) Speed PID<br />

ACI3_1 3 ph AC Induction •<br />

Tacho I/P<br />

VHz / SinePWM / CL Speed PID<br />

ACI3_2 3 ph AC Induction •<br />

MRAS (Speed Estimator)<br />

VHz / SinePWM / CL Speed PID<br />

ACI3_3 3 ph AC Induction •<br />

Tacho I/P<br />

FOC / SinePWM / CL Current PID for D, Q / CL Speed PID<br />

ACI3_4 3 ph AC Induction •<br />

Direct Flux Estimator + Speed Estimator<br />

FOC / SinePWM / CL Current PID for D, Q / CL Speed PID<br />

PMSM3_1<br />

PMSM3_2<br />

PMSM3_3<br />

PMSM3_4<br />

BLDC3_1<br />

3 ph Permanent<br />

Magnet Synch<br />

3 ph Permanent<br />

Magnet Synch<br />

3 ph Permanent<br />

Magnet Synch<br />

3 ph Permanent<br />

Magnet Synch<br />

3 ph Trapezoidal<br />

Brushless DC<br />

3 ph Trapezoidal<br />

Brushless DC<br />

QEP<br />

•<br />

FOC / SinePWM / CL Current PID for D, Q / CL Speed PID<br />

SMO (Sliding Mode Observer) Position Estimator<br />

•<br />

FOC / SinePWM / CL Current PID for D, Q / CL Speed PID<br />

Resolver / FOC / CL Current PID for D, Q /<br />

•<br />

CL Speed PID<br />

•<br />

• •<br />

•<br />

• •<br />

• •<br />

• •<br />

• •<br />

• QEP / FOC / Position Control •<br />

3 Hall Effect I/P<br />

•<br />

Trapezoidal / CL Loop Current PID / CL Speed PID<br />

BEMF / Zero Crossing Detection<br />

•<br />

Trapezoidal / CL Loop Current PID / CL Speed PID<br />

• •<br />

BLDC3_2<br />

• •<br />

DCMOTOR Brushed DC • Speed & Position / QEP without Index •<br />

All Motor Types • • Component Modules for Motor-Specific Applications • •<br />

Digital Motor<br />

Control Library<br />

•<br />

IQMath: Develop in Easy-to-Use<br />

Floating Point on a Cost-<br />

Effective, Fixed-Point Machine<br />

Control algorithms typically start life in a<br />

floating-point format. Until now, the conversion<br />

of such algorithms to run on a<br />

fixed-point machine was laborious and<br />

time consuming. TI’s C28x IQMath<br />

Library makes this task easier, faster and<br />

enables:<br />

• Seamless portability of code between<br />

fixed- and floating-point devices<br />

• One source code set for simulation vs.<br />

target device<br />

• Numerical resolution adjustability<br />

based on application requirement<br />

• Numerical accuracy without sacrificing<br />

time and cycles<br />

• Rapid conversion/porting and implementation<br />

of algorithms<br />

For more information, visit<br />

www.ti.com/iqmath<br />

Texas Instruments 1Q 2007<br />

Slash development time and reduce overall costs with TI's IQMath: floating-point development on<br />

a fixed-point machine.<br />

TI’s C28x IQMath Library makes code development easier, faster and enables seamless portability<br />

of code between fixed- and floating-point devices.<br />

<strong>DSP</strong> <strong>Selection</strong> <strong>Guide</strong>

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