Real-Time XMOS Motor Control Platform
XMOS launched their motor control platform for highly efficient motor control designs. The XMOS motor control hardware platform provides dual-axis 3-phase motor control using an XS1-L1, and a communications and logging subsystem using an XS1-L2. It includes a framework of control, processing and interfacing functions. The motor control platform will be available in December. The XMOS motor control platform consists of:
- XCore hard real-time, multi-threaded processors
- XMOS motor control hardware board, with support for dual axis motor control and communication
- A suite of control, processing and interfacing functions, to help designers quickly develop advanced motor drives entirely in high level software programming languages

XMOS Motor Control Platform Features
- XS1-L1 processor providing 500 MIPS for control loops
- XS1-L2 processor providing 1000 MIPS for communications
- Inverter consisting of six complimentary FET outputs with 24V 5 AMP drive per channel
- High performance, discrete, six channel sample and hold 12bit A-D converter
- Dual encoder inputs
- 32MBytes SDRAM for data logging and velocity profile storage
- Fast Ethernet port
- CAN Physical layer device
- Monochrome graphics LCD 128 x 32 display
- Power supply, 7.7 Watt Faulhaber BLDC 24v motor, cables and documentation
- Example control loop
- Higher layer control, communications and data logging subsystems
- 3-phase complementary symmetrical PWM, 20KHz 12b resolution with space vector modulation and dead time insertion
- SPI interface with precise sample/hold timing generation with 10ns accuracy
- Up to 1MHz quadrature decode or hall effect position sensor input
- SDRAM controller, 25MBytes/s
- Fast Ethernet port Ethernet MAC, TCP/IP stack
- CAN controller up to 1Mbps
- IIC interface and simple graphics/text library
- Complete kit that works out of the box for rapid prototyping
More information: XMOS
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