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A Beginners Guide to VisSim |
5MB |
Simple and quick introduction to the use of VisSim. |
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Introduction
to Vissim/Embedded Controls Developer |
22MB |
Learn the basics of placing and connecting blocks, then move on to
create a fixed-point controller and generate code for a DSP. See live
DSP based closed-loop control of vane position via PWM actuation of an
electric fan. |
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Fixed point
modeling and code generation
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8.6MB |
See how
VisSim/Fixed-point blocks simplify fixed-point algorithm development. |
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Targeting the
MSP430 with VisSim |
31MB |
An
in depth look at using VisSim to generate embedded applications for the
MSP430 ultra-low power microprocessor chip set from Texas Instruments.
Control the movie flow by clicking on peripherals and VisSim blocks of
interest. A sample application for the eZ430-F2013 evaluation board is
examined. Viewers will see closed loop control using the SD16A 16 bit
analog inputs, PWM outputs, quadrature encoder inputs, in less than 128
bytes of RAM. |
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F280x ADC, Filter Design and wave form monitoring |
10MB |
Configure and use the F28xx ADC unit. Learn how to create a fixed-point
IIR filter and capture high speed waveforms. |
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Digital
Power Design with the F280x |
19MB |
Explains the use of VisSim to create and tune 10 simultaneous buck
converters running on an F28044 at 100KHz control rate. |
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Using the F280x
enhanced PWM |
15MB |
Configure and use the ePWM unit. See how VisSim can dynamically change
and display PWM waveforms by controlling phase, duty cycle, time base
synchronization, action qualifiers and chopper. |
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Exploring Damped Harmonic
Motion |
5MB |
A
gripping examination of harmonic oscillators explained with the use of
VisSim. |
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Solving Implicit
Equations |
4MB |
Solve implicit equations using VisSim's built in implicit equation
solver. |
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Using
Mathcad with VisSim
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6.4MB |
Embed and exchange
data with Mathcad in a VisSim diagram. |
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Using the VisSim
OPC Interface |
8.7MB |
VisSim/OPC links to an OPC database server and reads and writes
OPC plant tag data interactively in real-time. A model is
validated with OPC plant data and a real-time model is used for off-line
tuning. |
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