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Analog
Storage Oscilloscopes TS-80000
Series
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Features
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The
only 1 GHz/600 MHz wideband analog oscilloscope in the world!
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This series features the
world's highest frequency for an analog oscilloscope:
1 GHz (TS-81000)/600 MHz (TS-80600)
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Ultra-high
brightness, variable persistence function and ultra-high writing speed of
10 div/ns
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The
newly developed Scan Converter Tube (SCT) provides clearer and brighter
waveforms on the LCD display. Ultra-high brightness also allows us to
observe random noise in a repetitive signal.
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Slow-repeating
waveforms can also be measured easily. Moreover, there is no effect on
the brightness even if the delay expansion ratio is large. This
oscilloscope broadens the analog waveform measurement area even further.
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[More than 1,000 times brighter than our conventional analog
model]
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Using
the waveform storage function, it is very easy to observe high-speed
single shot waveforms.
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The
TS-81000/80600 can easily store high-speed single shot waveforms in a
max. range of 200ps/div (TS-81000), 500ps/div (TS-80600).
The fact that even small-amplitude high-frequency noise is stored can be
clearly seen.
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High-resolution
color low-temperature polycrystalline silicon LCD display (800 x 480
dots)
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Since
the status of cursor measurement and other settings are displayed outside
of the waveform area, you can concentrate on observing displayed waveforms
effectively.
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Persistence
function allows over-writing of waveforms
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This
is convenient for comparing waveforms, observing single-shot waveforms,
and observing low-speed waveforms in X-Y mode.
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This
function is effective for observing any rarely generated noise and jitter
in a repetitive signal.
Ultimate real time display is realized with a waveform capture rate of 1
million times/sec.
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High-accuracy
6-digit frequency counter
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Built-in
thermal printer and versatile output interface
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A
built-in thermal printer (supporting thermal paper and grayscale printing)
and a LAN interface (10Base-T) are provided so you can output and send
measured data directly or via a network. An ATA card slot saves display
images and setting conditions. Video capture/recording and monitoring are
available with NTSC (with S Video)/RGB signal output.
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The
existing methods of measuring high-speed analog signals all give rise to
concerns about burning the CRT, etc., used for measurement. This is due to
the high cost of the storage tube that captures the waveforms and the
length of time it takes to repair the tube. Since the waveform is stored by
the CCD, CRT phosphors are protected from burning. Durable construction provides
excellent shock resistance.
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