Microchip to conduct hands-on workshop
on latest motor-control solutions
Microchip Technology has announced two hands-on workshop
series that provide participants hands-on experience with
the latest motor-control solutions and Microchip's tools.
One workshop series is focused on sensorless Brushless DC
(BLDC) motors, while the other is on sensorless Permanent
Magnet Synchronous Motors (PMSMs).
Registration information can be found online at http://www.microchip.com/motorworkshops.
"We are pleased to offer this opportunity for hands-on
motor control training, featuring our latest boards and
algorithms," said Ken Pye vice president of worldwide
applications engineering for Microchip. "I can think
of no faster way to jumpstart a design project, lower cost
or improve product specifications, which is all critical
in today's competitive environment."
The Sensorless BLDC Control With Back-EMF Filtering Using
a Majority Function Workshop supports the industry-workhorse
BLDC motor. This workshop features the sensorless majority
function algorithm, which digitally filters the Back-Electromotive
Force (BEMF) generated by the non-commutated windings to
calculate rotor position, eliminating the need for comparators
and position sensors. An in-depth analysis of Microchip's
BLDC Motor Control algorithms and an overview of the dsPIC
Digital Signal Controller (DSC) motor-control peripherals
is also provided. Finally, attendees will use the new Real-Time
Data Monitor (RTDM) integrated into Microchip's MPLAB Integrated
Development Environment to modify algorithms and control
the motor via a graphical interface.
Microchip incorporates the new dsPIC33F DSC-based dsPICDEMTM
MCLV Development Board as this workshop's learning vehicle.
The Sensorless Field Oriented Control for PMSM Motors Workshop
supports the rapidly advancing adoption of PMSM motors,
which are renowned for their power efficiency, small size
and high performance at low motor speeds. This motor type
is gaining widespread attention as cost-sensitive applications
migrate from brushed DC motors to achieve smaller size,
improved efficiency and longer life. Motors driving hydraulics
or gears, when replaced with direct-drive PMSM motors, report
better performance and efficiency at reduced weight and
size. Microchip's PMSM Workshop features the Field-Oriented
Control (FOC) algorithm, which is considered a top-performing
method for maximizing efficiency and performance. This workshop
is designed to guide attendees through PMSM construction
and its control. Through practical exercises, attendees
gain familiarity with Microchip tools and the sensorless
FOC algorithm for PMSM motors. Microchip's factory applications
engineers are scheduled to conduct the March workshops for
PMSMs.
The fee for each workshop is US$99. Its a six hour course.
Tools are provided to attendees for the duration of the
workshop, and discounts for purchasing the tools used in
the workshop will be available to attendees. Due to the
hands-on nature of the workshop, space is limited. The workshops
will be held as follows:
BLDC Workshops (Date and place)
3/4 - Southern Calif.
3/12 - Tulsa
3/25 - Toronto
5/6 - Boston
5/7 - Cleveland
5/13 - Baltimore
5/28 - San Jose
6/17 - Detroit
PMSM Workshops (Date and place)
3/17 - Houston
3/18 - San Jose
3/19 - Southern Calif.
3/24 - Chicago
3/25 - Boston
3/26 - Toronto
To sign up for a workshop visit: http://www.microchip.com/motorworkshops.