TL910 Fluke Electronics, TL910 Datasheet - Page 58

• Manufacturer Part Number: TL910
• Description: TEST PROBES ELECTRONIC 1MM TIP
• Manufacturer: Fluke Electronics
• Type: Electronic Test Probesr

Specifications of TL910

• Current Rating: 3A
• Termination: Banana Plug, Sheathed, Right Angle
• Color: Black and Red - Plugs; Gray - Probes and Wire
• Cable Length: 39.370" (1000.00mm)
• Ratings: CAT IV, 600V; CAT III, 1000V
• Includes: Pin Tips (3 sets Gold, 2 sets Stainless Steel)
• Lead Free Status / RoHS Status: Lead free by exemption / RoHS compliant by exemption
• Voltage - Max: -
• Impedance: -
• Wire Insulation Material: -
• Other names: 1616632

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See what’s really happening
With a maximum real-time sampling rate of
2.5 GS/s per input, you can see what really
happens, with 400 ps resolution. Both inputs
have their own digitizer, so you can simulta-
neously acquire two waveforms and analyze
them with the highest resolution and detail.
If an anomaly flashes by on the screen, just
press the Replay button to see it again.
Frequency Spectrum Analysis
All C models now include Frequency
Spectrum Analysis functionality based on
Fast Fourier Transformation (FFT) analysis
as a standard feature. This makes it possible
for you to identify the individual frequency
components contained in a signal. The spec-
trum analysis function is also handy to reveal
the effects of vibration, signal interference
or crosstalk. An automatic window function
assures optimal windowing, although you
may manually select your preferred time
window.
Fast Fourier Transform (FFT) for frequency domain, spectrum display of signal harmonics or
fidelity. (C models)
Digital persistence for analyzing complex dynamic waveforms like on an analog scope (C models)
Automatic capture and replay of 100 screens
27,500 points per input record length using ScopeRecord mode
TrendPlot paperless chart recorder for trend analysis up to 22 days
Waveform reference for visual comparisons and automatic pass/fail
testing (C models) of waveforms
Five hours rechargeable Ni-MH battery pack
For more information and detailed specifications, go to www.fluke.com/scopemeter
ScopeMeter Test Tools
Speed, performance and analysis power.
ScopeMeter
Fluke 192, 196 and 199
See more, fix more with color.
Whether you are performing routine maintenance and
calibration, or troubleshooting the hardest to solve prob-
lems like intermittent failures or sources of unwanted
noise—the Fluke ScopeMeter 192, 196 and 199 include
all the tools needed to get the job done. With 200 MHz
bandwidth, up to 2.5 GSa/s real-time sampling rate,
27500 points memory for high resolution waveform
ScopeRecord ™ , measurement TrendPlot ™ and FFT
analysis, analyzing signal details, finding random
glitches and sources of unwanted noise or interference
become routine tasks.
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Dual-input—200, 100 or 60 MHz bandwidth
Up to 2.5 GS/s real-time sampling and 3 k points
memory per input
Automatic and advanced triggering functions—
Connect&View, pulse width, dual slope and n-cycle
for synchronizing on specific waveform details
Automatic capture and
replay of 100 screens
Scope users know how frustrating it is to
see a one-time anomaly flash by—never to
be seen again. Not with the ScopeMeter 190
Series. Now you can look back in time with
a touch of the replay button. In normal use,
the instrument continuously memorizes the
last 100 screens. Each time a new screen is
acquired, the
oldest is discard-
ed. At any
moment
you can
“freeze” the
last 100
screens
and scroll
through
picture-by-picture or replay as a “live” anima-
tion. Cursors can be used for further analysis.
Deep memory for high-
resolution ScopeRecord
and Trendplot
The ScopeRecord memory stores 27,500
points per input, for high-resolution record-
ing of waveform events up to 48 hours, and
captures fast intermittents and glitches as
short as 50 ns. This continuous roll mode
also stores events like motion profiles, UPS,
power supply and motor start-ups.
mode, you can plot the minimum, maximum
peak and average measurement (DMM or
Automatic Scope) values over time—up to
22 days. The two inputs can plot any combi-
nation of volts, amps, temperature, frequency
In Trendplot or “paperless recorder”
®
Test Tools
™
™
and phase with time and date stamp
to help lead you to the cause of those
faults quickly.
Waveform Pass/Fail testing
Waveform reference allows an acquired
trace to be stored and designated
reference trace for visual comparisons,
or it can be used as the reference for
automatic Pass/Fail testing (C models
only). Up to 100 individually matching
(Pass) or non-matching (Fail) waveforms
can be stored in the replay memory
(C models only), allowing you to moni-
tor your system’s behavior over a long
period of time, without the need for you
to attend!
Application note, literature code
2043253:
All DSO isolated channels
are not the same
Displaying information from multiple
information sourc-
es—“channels” at
once is critical to
troubleshooting
and maintaining
today’s complex
equipment and
most modern
power control
systems’ circuitry
require different
reference mea-
surements. Now
one tool will do
it all.
Go to www.fluke.com/scopemeter
for more information.
Ordering information
Fluke-192B/003
Fluke-192B/003S
Fluke-196B/003
Fluke-196B/003S
Fluke-199B/003
Fluke-199B/003S
Fluke-196C/003
Fluke-196C/003S
Fluke-199C/003
Fluke-199C/003S
ScopeMeter 60 MHz
B/W
ScopeMeter 60 MHz
B/W with SCC kit
ScopeMeter 100 MHz
B/W
ScopeMeter 100 MHz
B/W with SCC kit
ScopeMeter 200 MHz
B/W
ScopeMeter 200 MHz
B/W with SCC kit
ScopeMeter 100 MHz
color
ScopeMeter 100 MHz
color with SCC kit
ScopeMeter 200 MHz
color
ScopeMeter 200 MHz
color with SCC kit
The ability to display informa-
tion from multiple information
sources – “channels” – at once
is critical to troubleshooting and
maintaining today’s complex
equipment. Virtually all modern
power control systems have
circuitry designs that require
different reference measure-
ments. Control circuits based on
micro-controllers, for example,
are likely to run at the 3 or 5 V
levels of today’s logic systems,
whereas the power electronics
could well be driven by the 380
V three-phase mains supply. To
complicate matters even more,
such systems may be designed
with one or more floating
sections so even their grounds
are not the same
voltage.
engineers have juggled the
need to track such divergent
system components by using
multiple test instruments at
once. A more accurate and
efficient method is to employ
a handheld Fluke Corporation
ScopeMeter
standard dual-input oscillo-
scopes in which the inputs are
connected to a common ground,
ScopeMeter 190’s three inputs
are independently isolated,
which means they can be
connected to signals of widely
differing voltage reference
levels with complete accuracy
and safety. And the standard
probes cover a wide application
range from mV to kV, making
the ScopeMeter 190C ideal for
micro electronics to electrical
power applications.
input oscilloscopes say they
have isolated channels, but
the isolation is limited, suit-
In the past, technicians and
Beware. A few other dual-
F r o m t h e F l u k e D i g i t a l L i b r a r y @ w w w . f l u k e . c o m / l i b r a r y
®
190 Series. Unlike
channels are not
All DSO isolated
able for use only to about 30 V,
which is severely inadequate
for industrial environments. By
contrast, the isolation on the
Fluke ScopeMeter 190 Series
is certified up to a 1000 V CAT
II safety rating and 600 V CAT
III. That level of isolation makes
the 190 an extremely safe
instrument for professional and
industrial applications.
for both accuracy and safety.
capture waveforms from differ-
ent test points in sources is
such a common requirement
that it is easy to forget that
incorrectly attaching a dual-
input oscilloscope without
adequately isolated channels
can be a safety hazard. It’s not
uncommon for oscilloscopes
without industrial-strength
isolated channels to encounter
unexpected or unknown diver-
gent grounds, which can cause
the instrument to short out or
in extreme cases explode. Even
if users encounter no system
unknowns, the drive for speed
and efficiency can encourage
unsafe work habits. Too often,
bench-top oscilloscopes are
operated ungrounded to make
their inputs floating, greatly
increasing the danger of physi-
cal injury or even electrocution.
The level of channel isolation
engineered into the ScopeMe-
ter 190 protects the unit, the
equipment you’re troubleshoot-
ing, your test tool investment,
and your eyebrows.
the 190 Series’ isolated chan-
nel capabilities are allowing
technicians to easily, accurately
and safely troubleshoot and
maintain systems from ac motor
Those differences are critical,
The need to measure and
The heavy-duty strength of
the same
drives to switched-mode power
supplies and all manner of
high-energy industrial systems.
its most valuable design team,
its customers, as it developed
the extended isolated channel
capacity, said Hilton Hammond,
Fluke’s ScopeMeter U.S. product
manager.
for it,” he said. “They need to
be able to safely and accurately
look at two different signals
with two different ground
potentials. The 190, with its
isolated channel architecture,
IEC safety rating of 1000 V
CAT II and 600 V CAT III, does
exactly that!”
Fluke relied on the advice of
“Our customers were asking
Application Note