FCP32C335-EVK
Comprehensive evaluation kit for FCP32C335 DSP with motor control reference design, software libraries, and debugging...
Product Overview
Description
The FCP32C335-EVK provides a complete development platform for the FCP32C335 digital signal controller. The kit includes an evaluation board with the DSP, power stage, and motor connector.
The evaluation board features a 3-phase inverter power stage suitable for driving motors up to 1kW. It includes current sensing, voltage feedback, and protection circuits.
The kit includes motor control software libraries with FOC and BLDC algorithms, code examples, and debugging tools. Documentation covers hardware design, software architecture, and tuning procedures.
Product Series
FCP
Primary Application
Motor control development
Key Features
- FCP32C335 DSP evaluation board
- Integrated 1kW 3-phase inverter
- Current sensing and protection
- Encoder feedback interface
- JTAG debug connector
- Motor control software libraries
- FOC and BLDC examples
- Comprehensive documentation
Specifications
| Target Chip | FCP32C335 |
|---|---|
| Power Stage | 3-phase inverter, 1kW |
| Motor Connector | 3-phase terminal block |
| Feedback | Current sensors, Encoder input |
| Debug Interface | JTAG connector |
| Power Input | 24-48V DC |
| Software | FOC library, Examples |
| Documentation | User guide, Schematics, Tuning guide |
Applications
Motor control development
Motor drive and control systems
FOC algorithm evaluation
Electronic system design
Servo drive prototyping
Motor drive and control systems
VFD design reference
Electronic system design
Digital power development
Electronic system design
Education and training
Electronic system design
FAE Expert Insights
"The FCP32C335-EVK is an outstanding development platform for motor control. The integrated power stage saves significant setup time - you can connect a motor and start testing within minutes. I've used this kit to demonstrate FCP32C335 capabilities to numerous customers, and the response is always positive. The included FOC library is production-quality code that can be adapted for commercial products. The current sensing circuits are well-designed with good noise immunity. I particularly appreciate the protection features - overcurrent, overvoltage, and overtemperature protection are all implemented. The tuning guide is comprehensive and helps users optimize performance for their specific motors. For anyone developing motor drives, this kit is essential."
Complete motor control platform with integrated power stage and production-quality software
— Steven Wang, BeiLuo
Frequently Asked Questions
What motors can be used with FCP32C335-EVK?
The FCP32C335-EVK supports various motor types: PMSM (Permanent Magnet Synchronous Motors) with FOC control. BLDC (Brushless DC) motors with trapezoidal or sinusoidal control. AC induction motors with V/Hz or FOC control. The 1kW power stage can drive motors up to approximately 1.5HP. Motor voltage should match the DC bus voltage (24-48V). The kit includes connectors for 3-phase power and encoder feedback. For evaluation, a motor with encoder is recommended for position control applications. Sensorless control is also supported for applications without encoders.
Use PMSM or BLDC motors with encoders for best evaluation results. Contact us for motor recommendations.
What motor control algorithms are included?
The FCP32C335-EVK includes comprehensive motor control software: FOC (Field Oriented Control) for PMSM and AC induction motors with sensor and sensorless options. BLDC trapezoidal commutation for brushless DC motors. Sinusoidal commutation for smooth BLDC operation. V/Hz control for simple induction motor drives. Current control loops with PI controllers. Speed and position control loops. Space Vector PWM implementation. The software is provided as C source code that can be modified for specific applications. Funcience provides documentation on algorithm implementation and tuning.
Multiple control algorithms are included. Contact us for algorithm selection guidance and tuning support.
How do I tune the motor control parameters?
Motor control parameter tuning involves several steps: First, configure the motor parameters (pole pairs, rated current, resistance, inductance). Set up the current control loop PI gains - start with conservative values and increase for performance. Tune the speed loop PI controller for desired response. Adjust position loop gains if using position control. The tuning guide provides detailed procedures and recommended starting values. Funcience provides tuning software tools that automate some of the process. For complex applications, Funcience FAEs can provide tuning assistance. Proper tuning is critical for stable operation and good performance.
Follow the tuning guide procedures. Contact us for tuning assistance and software tools.
What debugging features are available?
The FCP32C335-EVK provides comprehensive debugging capabilities: JTAG interface for real-time debugging and Flash programming. Real-time data exchange for monitoring variables without stopping the CPU. Breakpoints and single-step execution for code debugging. Graphical tuning tools for parameter adjustment. Scope functions for visualizing waveforms. Fault diagnostics and protection monitoring. The evaluation board includes test points for measuring key signals. Code Composer Studio provides full debugging environment. These features enable efficient development and troubleshooting of motor control applications.
Use JTAG debugging and real-time data exchange for development. Contact us for debugging tips and tools.
Can the EVK power stage be used in production?
The EVK power stage demonstrates proper circuit design but is intended for evaluation, not production. The 1kW rating is suitable for evaluation purposes. For production, you should design a power stage optimized for your specific requirements: Your motor voltage and current ratings. Your thermal environment and cooling method. Your cost and size constraints. Your regulatory requirements (safety, EMC). The EVK power stage is an excellent reference design. Funcience can provide guidance on power stage design and review your production design. Many customers use the EVK circuit as a starting point for their production power stage.
Use EVK power stage as reference for production design. Contact us for power stage design review.