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Five free ½-day live seminars from Avnet teach advanced motor control using the Zynq SoC

Xilinx Employee
Xilinx Employee
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Last week, I wrote about the recent introduction of an industrial servomotor drive controller from Wuhan Maxsine “Wuhan Maxsine employs Zynq SoC in new line of industrial servo controllers (to 380V, 5KW)”). In that blog post, I wrote that the Xilinx Zynq All Programmable SoC makes an ideal motor controller because “it fuses a very fast dual-core ARM Cortex-A9 MPCore processor with associated microprocessor peripherals and an advanced FPGA programmable-logic array developed for Xilinx 7 series All Programmable devices.” I also published a block diagram of a typical Zynq-based industrial motor-control system taken from the Xilinx White Paper “Using Xilinx Devices to Solve Challenges in Industrial Applications”:

 

 

Zynq Motor Control Block Diagram.jpg 

 

This diagram illustrates the many tasks an industrial motor controller must execute including motor control, system monitoring, implementing a user interface, and communications via Ethernet and various legacy communications protocols such as RS-232, RS-485, and CAN. The diagram also shows the connection to a motor through a block labeled “custom functions.” This is where the actual motor-control algorithms reside.

 

Inexpensive microcontrollers have long been used for motor control but these software-driven motor controllers lack the real-time response (from the motor’s perspective) needed to operate motors at peak efficiency. When you’re controlling 5KW motors, as Wuhan Maxsine is with its new servo drive controllers, inefficiency manifests as significant amounts of wasted energy. Motors are ubiquitous in industrial applications and account for more than 66% of the electrical power consumed in industrial systems, so any amount of wasted energy quickly becomes significant.

 

Employing advanced motor-control algorithms such as FOC (field-oriented control) to maximize motor-drive efficiency and performance is therefore a significant differentiator in the development of motor controllers. Advanced algorithms such as FOC typically require fast computation and parallel processing performance that cannot implemented in real time (from the motor’s perspective) using existing software-based control algorithms on simple microcontrollers. Programmable logic can meet these real-time demands. Further, using programmable logic to implement these advanced motor-control algorithms frees the main processor to perform system tasks while the motor control operates without interruption.

 

You now have the opportunity to attend one of five free Avnet Motor Control Design Seminars to learn about these concepts. If your design needs to control electric motors, these free, ½-day seminars can help you understand how to get the most from the motors you select. The seminars will be held in five different locations around the world:

 

  • Boston, Massachusetts (April 15, 2014)
  • Linz, Austria (April 10, 2014)
  • Los Angeles, California (February 19, 2013)
  • Massy, France (April 8, 2014)
  • Milwaukee, Wisconsin (February 11, 2014)

 

These seminars are based on the new Avnet Zynq-7000 All Programmable SoC/Analog Devices Intelligent Drives Kit for Motor Control Applications.

 

 

Zynq All Programmable SoC Intelligent Drives Kit for Motor Control Applications.jpg 

 

The new Avnet Zynq-7000 All Programmable SoC/Analog Devices Intelligent Drives Kit for Motor Control Applications

 

 

Here’s a short video describing the seminar in more detail:

 

 

 

The seminars are hosted by Avnet and sponsored by Avnet, Silica, Analog Devices, MathWorks, and Xilinx. For more information on the seminar and to register, click here.