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Yokogawa T&M
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Digital Oscilloscope
DL9240L. With up to 1.5 GHz bandwidth and a 10 GS/s sampling rate.
Its History Memory function dramatically increases the performance
of the large memory.
Sometimes an
Oscilloscope, sometimes a Chart Recorder ! The DL750P
is equipped with a fully function scope and chart recorder.
The world's shortest dead
zone, with up to four wavelengths and multiple functions. Has a
large and bright 8.4" LCD on a lightweight, compact and solid
body. Less than 10 sec power-up time.
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UART,
I2C/SPI/SM, CAN/LIN/Flexray: Tips and Tricks for Serial bus Protocol
Analysis and Physical layer Troubleshooting, using Mixed Signal
Oscilloscope (MSO) Technology |
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Serial data
buses have become increasingly common, core components of most
electronic designs. As a design or test engineer, you presently need
to use a protocol analyzer, logic analyzer, digital oscilloscope, or
a combination of all three in order to debug serial bus signals.
However, none of these instruments by themselves give you a complete
picture of the physical and protocol layers-until now.
Mixed signal
oscilloscopes with serial bus analysis capability are ideal for
monitoring bus traffic, detecting anomalies, and pinpointing their
causes (i.e. too much noise, skew between signals, low signal
levels, slow rise times, etc.) Armed with detailed waveform and
protocol information captured and analyzed by the oscilloscope, you
can easily witness signal behavior on the bus, monitor time
correlated interactions, and quickly correct problems.
This
online seminar will:
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Identify major causes of serial data bus problems.
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Discuss the advantages and disadvantages of using different
types of test equipment for testing serial data buses.
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Discuss the use and capabilities of mixed signal oscilloscopes
for triggering on specific bus events and analyzing serial bus
data.
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Demonstrate examples of serial data bus trigger, search, decode,
and analysis
Please click here to register for July 24, 2008 |
Electric
Motor Testing Seminar
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The one hour seminar will cover making precision electrical power
measurements on AC motors and variable speed drives. Topics will
include efficiency measurements of the drive, motor and complete
system, accurate measurements of the fundamental PWM voltage of a
drive, phase voltage measurements without a neutral line, and other
testing techniques outlined in IEEE Standard 112B, Test Procedure
for Polyphase Induction Motors.
Please click here to register for July 29, 2008
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When 8-bit Scopes Aren't
Enough: High-Resolution, Isolated, Mixed-Signal Instruments for
Electro-Mechanical Measurements |
We all know what a difference the right tool can make. While
traditional 8-bit oscilloscopes are the right choice in many
situations, they often are not the best choice when making mixed
signal, power and/or electro-mechanical measurements. There exists
in the market, instruments designed with these applications in mind.
Hybrid instruments offer capabilities not found in traditional 8-bit
oscilloscopes. These capabilities include: high-resolution (up to
16-bit) and isolated inputs, very long memory for long-term
recording and support for a variety of signal inputs (RMS coupling,
temperature, strain, frequency-voltage, accelerometers, etc.)
What you will learn in this seminar:
· Understand differences between oscilloscopes, recorders and hybrid
instruments.
· Identify key instrument specifications for electro-mechanical
applications.
· Why hybrid instruments are often the best choice.
· Discuss specialized functions designed for electro-mechanical
applications.
Please click here to register for August 12, 2008.
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Power Measurement & Harmonic
Analysis: Applications using latest Digital Power Analyzers |
Power Measurement & Harmonic Analysis Seminar is the second part
from the Yokogawa T&M University series on precision AC power
measurements. This 1-hour seminar is packed with tips and techniques
for making accurate power measurements on distorted waveforms like
from a Power Supply, Electronic Ballast and Variable Speed PWM Motor
Drive. We will also cover methods for making and analyzing the
harmonic content of various power waveforms.
Who Should Attend
- Design Engineers & Managers involved with AC power
measurements on Motors, Power Conversion Devices, Power Supplies &
Lighting systems.
- Test Engineers responsible for testing power devices.
- Electric Transportation system engineers and Power Quality
engineers involved with product conformance testing will also
benefit greatly from this seminar.
Please Click Here to Register for August 26, 2008.
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Long Wavelength Optical
Analysis Using Optical Spectrum Analyzers
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Expanding on Yokogawa's recent introduction of the world's only long
wavelength OSA, this seminar will explain the various markets,
applications and test methods utilizing an OSA from a standpoint of
those longer than telecommunication wavelengths.
The need for quality Optical Spectrum Analysis isn't restricted to
the telecommunications arena. There exist many industrial uses of
laser and optics which benefit from using an OSA. This presentation
will discuss some of those industrial applications in longer
wavelengths above 1700nm.
The common use of an OSA is simply to determine the characteristics
of an optical signal. But more advanced analysis and trace
functions are available to help researchers, engineers,
manufacturers and technicians with more intricate testing and
assurance methods. These directly lead to better products and
services.
Please Click Here to Register for September 16, 2008.
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In House Probe Seminar
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Yokogawa hosted a Lunch & Learn Technical Seminar, June 20 in
Newnan, GA. Attended by Scope Engineers, professors from University
of West Georgia, internal engineers, and other industry
professionals, the Probe seminar included quality programming and
practical information.
Featuring Yokogawa's Lead Design Engineer for Probes, Ken Haga,
from Yokogawa Japan, the probe seminar was engaging and
worthwhile, according to attendees.
"The presenter was simply great," said Jeff Rainey, Yokogawa's Test
and Measurement Product specialist. "He obviously demonstrated deep
technical knowledge, but he also had a great delivery that just kept
our attention."
Like other Yokogawa seminars that are offered, this Probes seminar
was open to all scope engineers and industry professionals, not
simply Yokogawa-specific engineers. The information is practical and
fresh and useful to anyone who works with probes. "I expected the
seminar to be a refresher course from previous seminars," said Larry
Wilson, Yokogawa's Senior Manufacturing Engineer. "It turned out to
be much more. The presenter highlighted information that was
practical and immediately useful to me."
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In-House Seminars from
Yokogawa Provide Free Technical Education at Your Company
Location |
 Let
Yokogawa's industry experts coach your engineering team in
measurement theory, test techniques, and advances in product
technologies. These current technical seminars from Yokogawa can
help your staff expedite debug and design validation, and are
available as continuing education, informal seminars, or
lunch-and-learns. They are available at no cost to you except
your time. Minimum attendance required.
Seminar Topics:
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Getting To Know
Yokogawa
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 Yokogawa
was established in 1915 and has grown into nearly a $4 Billion
company over the past 90 years. Yokogawa is a technology leader
that annually reinvests nearly 10% of it's earnings into R&D and has
nearly 6,200 patents to show for it.
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Promotions & Deals
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Buy one of our WT3000, WT1600 or PZ4000 AC Power Analyzers and get
30% off of one of our DL9000 signalXplorer Oscilloscopes. That's a
powerful package!
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Trade-in a working AQ6317C Optical Spectrum Analyzer (OSA) and
receive up to a $10,000 credit toward the purchase of our latest
OSA, the AQ6370
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