The SDK is built on a modular framework that allows developers to scale from simple evaluation to complex, multi-axis motor systems. C2000Ware Foundation : The SDK is built on top of
The SDK integrates deeply with TI's tool ecosystem to streamline implementation:
: Choose a supported TI evaluation kit. Popular choices include the LAUNCHXL-F280025C (LaunchPad) combined with a BOOSTXL-DRV8323RS (BoosterPack) or the more advanced TMDXIDDK379D (DesignDRIVE Development Kit). c2000ware motor control sdk work
Spins the motor in an open-loop configuration (V/f or scalar control) to verify that the phase sequences are correct and that the observer is accurately tracking the rotor angle.
: This layer decouples the control logic from the specific hardware pins and registers, making it easier to migrate code between different C2000 devices (e.g., from an F280049C to an F2838x). How the SDK Works The SDK is built on a modular framework
To get started with the C2000Ware Motor Control SDK, developers can follow these steps:
: This directory houses algorithm modules specifically for motor control applications, including angle generators, datalog modules, and the FAST software encoder symbols required for enabling InstaSPIN-FOC software [7†L30-L31][7†L46-L48]. Spins the motor in an open-loop configuration (V/f
| Series | Notable Features | |--------|------------------| | F28002x/F28003x | CLA, TMU, InstaSPIN-FOC | | F2837xD | Dual-core, CLB, EtherCAT | | F2838x | Dual-core, EtherCAT, USB, CLB | | F280013x/F280015x | Small form factor, cost-optimized | | F28P65x | Edge AI, analog enhancements, new safety features |
: It features automatic motor parameter identification and self-tuning current loops, lowering the entry barrier for developers. Fast Control Loop (FCL)
Unlike general-purpose software packages, this SDK is architected from the ground up to exploit the hardware accelerators native to C2000 chips, ensuring ultra-low latency execution loops. Core Architecture: How It Works