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TPS2000 Series Digital Storage
Oscilloscope - Battery Powered |
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TPS2000 Series (TPS2012 - TPS2014 -
TPS2024) Oscilloscopes Deliver Powerful
Productivity from Bench to FieldAnd you
may need to develop and test designs in a variety of challenging
environments that demand versatility. You can quickly tackle these tough
challenges to speed the design, trouble-shooting, installation, and
maintenance of components and systems with the world's first
4-isolated-channel, full featured, battery-powered oscilloscope. |
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Applications
- Industrial Power design, trouble-shooting, installation,
and maintenance.
- Advanced Electronics design, trouble-shooting,
installation, and maintenance.
- Automotive design and test.
- Education facilities.
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Features and Benefits
- 100 MHz and 200 MHz Bandwidths.
- Sample Rates Up to 2 GS/s Real-Time.
- Two (2) or Four (4) Fully Isolated and Floating Input
channels, plus Isolated External trigger.
- 8 Hours of Continuous Battery Operation with two
batteries installed, Hot-swappable for virtually unlimited
freedom from an AC power source.
- Optional Power Application software offers the broadest
range of power measurements at its Price Point.
- Quickly document and analyze measurement results with
OpenChoice® software and the integrated
CompactFlash® Mass Storage..
- FFT Standard on all models.
- Advanced Triggers to quickly capture the Event of
interest.
- Easily operate the oscilloscope with traditional,
analog-style knobs and Multi-language user interface.
- Simply setup and operate with Autoset menu, Autorange,
waveform and setup memories, with
built-in, context-sensitive Help.
- Backlit menu buttons for High Visibility
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TPS2000 Series
Oscilloscopes from Bench to Field
The TPS2000 Series offers a distinctive range of capabilities in
an oscilloscope with controls and menus you will find familiar
and easy to use. Available in 2 or 4 channel versions, the
TPS2000 Series with IsolatedChannel™ technology provides
isolation from ground and isolation between channels
allowing you to take measurements with less worry about damaging
circuitry.
Battery power comes standard,
making it a natural choice for field applications. For work on
power electronics, optional software integrates commonly needed
power system measurements into the instrument, speeding up power
analysis and trouble-shooting.
Making
Floating and Differential Measurements - Quickly, Accurately,
Affordably
Unintentionally grounding a circuit under test is a common cause
of poor measurement results and circuit damage. Connecting two
or more grounded probes can cause ground loops, and if the
current is high enough can result in ruined components and
equipment. Most importantly, taking floating measurements
without the proper instruments and probes can pose a safety
hazard. |
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