Fluke 190-202/AM/S Fluke 190 Series II Scopemeter Family Product Datasheet - Page 7

Time Stamp

Page 7 highlights

Conveniently store and transfer critical waveform data using isolated USB ports. Persistence, FFT, mathematics and pass/fail waveform envelope testing Pass/Fail testing of actual signal against a reference template. Digital Persistence mode gives analog scope-like display of complex and modulated signals. Frequency Spectrum shows an overview of frequencies contained in a signal. 7 Look back in time with automatic capture and display of last 100 screens It's frustrating to see a one-time anomaly flash and miss it. Fluke ScopeMeter solves the problem by letting you look back in time with a touch of the replay button. • In normal use, the instrument continuously memorizes the last 100 screens. As each new screen is acquired, the oldest is discarded. • At any moment you can "freeze" the last 100 screens and scroll through picture-bypicture or replay as a "live" animation • Use cursors for further analysis • Advanced triggering lets you capture up to 100 specific events (Two sets of 100 captured screens with individual time stamps can be stored for later recall or downloaded to a PC or USB stick.) FlukeView® ScopeMeter software for documenting, archiving and analysis Get more out of your ScopeMeter with FlukeView® ScopeMeter® SW90W Software for Windows. • Documentation-transfer wave- forms, screens and data to your PC for printing or importing data into a report • Add text to ScopeMeter settings-give operators guidance when recalling settings • Archive-create a library of waveforms for easy reference, waveform comparison, or pass/ fail testing • Analysis-use cursors, perform spectrum analysis or export data to another analysis program • Connect to your PC with optically isolated USB port Cursors and automatic waveform measurements With 30 automatic measurements, cursors, and zoom, ScopeMeter will perform automatic power and Vrms measurements on specific portion of the waveform within a specified time span. Time Stamp Real-time clock allows you to find out when a specific event was recorded.

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Persistence, FFT, mathematics and
pass/fail waveform envelope testing
Look back in time with
automatic capture and dis-
play of last 100 screens
It’s frustrating to see a one-time
anomaly flash and miss it. Fluke
ScopeMeter solves the prob-
lem by letting you look back in
time with a touch of the replay
button.
In normal use, the instrument
continuously memorizes the
last 100 screens. As each new
screen is acquired, the oldest
is discarded.
At any moment you can
“freeze” the last 100 screens
and scroll through picture-by-
picture or replay as a “live”
animation
Use cursors for further analysis
Advanced triggering lets you
capture up to 100 specific
events (Two sets of 100
captured screens with individ-
ual time stamps can be stored
for later recall or downloaded
to a PC or USB stick.)
Cursors and automatic
waveform measurements
With 30 automatic measure-
ments, cursors, and zoom,
ScopeMeter will perform
automatic power and Vrms
measurements on specific
portion of the waveform within a
specified time span.
Time Stamp
Real-time clock allows you to
find out when a specific event
was recorded.
FlukeView
®
ScopeMeter
software for documenting,
archiving and analysis
Get more out of your ScopeMeter
with FlukeView
®
ScopeMeter
®
SW90W Software for Windows.
Documentation—transfer wave-
forms, screens and data to
your PC for printing or import-
ing data into a report
Add text to ScopeMeter
settings—give operators guid-
ance when recalling settings
Archive—create a library of
waveforms for easy reference,
waveform comparison, or pass/
fail testing
Analysis—use cursors, perform
spectrum analysis or export
data to another analysis
program
Connect to your PC with opti-
cally isolated USB port
Conveniently store and
transfer critical waveform data
using isolated USB ports.
Digital Persistence mode gives analog
scope-like display of complex and
modulated signals.
Frequency Spectrum shows an overview
of frequencies contained in a signal.
Pass/Fail testing of actual signal against
a reference template.
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