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Embed
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Features of Embed
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Avoid the tedium (and possible errors) associated with
manually writing code for your embedded systems.
Instead, automatically generate code directly from your
system diagram.
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The auto-generated code runs rapidly and produces
high-quality results - no need to hand-code in order to
speed up the execution of your code.
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While the auto-generated code is human-readable, there
is no need to edit it or tweak it manually, because the
automated process is dependable - it just works.
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Functional Uses of Altair Embed
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Component, Systems, Control,
Mechatronic, Robotic Engineers: These engineers focus on
data and processing algorithms that control the overall
system.
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Typical Application - Drone
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Typical Firmware Stack up
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Additional Features of Altair Embed
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Digital Power
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The Digital Power
Designer (DPD) Add On is a collection of tools used for
the design, simulation, and autocodegen HIL testing of
power converters. The toolbox consists of components
and example systems covering Analog converter
compensators, filters, coefficient converters,
measurements (Average, Rms, VA/ Power Factor, Phase
Detector, and more), Frequency Response, and a Dead
Time Calculation. Autocodegen is available for the
Texas Instruments C2000 family of microcontrollers.
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Texas Instruments C2000 Digital Power
Supply Workshop Evaluation Module-Hardware Support with
Embed
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Communication with Real-time Cards
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Communication using CAN, OPC, Serial and Ethernet
One can use a Embed model directly with other equipment
using several communication protocols
Controller Area Network (CAN)
CAN is a serial network technology primarily used in
embedded systems. It provides fast communication among
microcontrollers up to real-time requirements, eliminating
the need for the much more expensive and complex technology
of a Dual-Ported RAM.
Open Platform Communication (OPC)
OPC is a software interface standard that allows Windows
programs to communicate with industrial hardware devices. OPC is implemented in
server/client pairs (Embed provides
the client).
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Communication
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The Comm Add On provides a library of components and
examples to model end-to-end communication systems at the
physical layer.
The Comm library consists of modulators, demodulators,
channel models, filters, phase locked loop (PLL) elements,
distortion-true RF blocks, forward error correction (FEC),
and other components. Comm also provides visualization
feature including time domain plots, strip charts, spectrum
plots, eye diagrams, phase scatter plots, bit error rate
curves, and other communications related outputs. Comm
supports the use of complex envelope notation, also known
as complex baseband representation. This allows users to
use lowpass equivalent models and significantly reduce the
computational complexity required to support most
communication.
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Solutions
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ESS E- Mobility Solutions
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E-Mobility is the latest buzz word in the market.
Companies, both big and small are looking to get a head
start in this upcoming industry.
With the government of India aggressively promoting green
technology, this is the right time to explore this market.
In the current scenario, there is a great shortage of
trained manpower who can do both Motor Controls and
Embedded programming. Currently in various industries two
or more separate resources are used for 1. Motor
Controls/Drives design 2. Embedded Design of the
Drives/Controller. Our Test Rig solution aims to converge
the above two resources into one single resource.
Contact us to setup your Motor controls - Hardware in
Loop(HIL) Test Rig !!
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Detailed proposal
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We at ESS have
meticulously compiled an out of the box - Motor
Controls Test Rig with necessary Model Based design
glue logic. Click here to download the detailed proposal
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We can arrange a short live
online demo of HIL simulation of control of sensor less FOC
of 1 KW BLDC hub motor + Drive + Microcontroller at your
convenience.
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We understand each setup is
different please contact us for customizations*
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Downloads :
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Know more about the E- Mobility
Solutions from Altair
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References :
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Dr. Duco Pulle was one of the founding members of TI
InstaSPIN platform. He has developed all the control
algorithm based out of Altair Embed. He is currently a
professor at RTWH Aachen Germany. Dr. Duco Pulle has also
authored and co-authored series of books, the applied
control of electrical drives is the specific one which uses
Altair's embed to run several motors based on the TI's
InstaSPIN sensorless Technology.
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Whitepapers |
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