Numerous functions for a wide
range of AC power source usages
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Sequence
function
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Parameters such as frequency, voltage and time can be
programmed and sequentially output. Settings are made
using the panel, remote controller (sold separately) or
included control software. Long, complex output patterns
can be easily programmed using this software.
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 Number of steps: max. 255 (in 1 sequence)
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Setting items:
step time, output range, AC/DC mode, DC voltage, AC voltage,
frequency, waveform, start phase, stop phase, phase angle,
step termination, jump count, etc. |
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Sequence control:
start, stop, hold, resume, branch 1, branch 2 |
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| Number of memories: 5
(nonvolatile) |
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Example of
output pattern
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AC
line simulation
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| Simulates a problem in the power
supply line such as power failure, voltage rise, voltage
drop, sudden phase changes, or sudden frequency change,
thereby enabling all types of power supply fluctuation
testing such as prototype evaluation and product inspection.
Settings are made with the panel, remote controller (sold
separately) or included control software. |
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| Number of steps:
6 (Initial, Normal 1, Transition 1, Abnormality, Transition
2, Normal 2) |
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Setting items:
step time, output range, AC voltage, frequency, start phase,
stop phase, trigger output, etc. |
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| Waveform: Sine wave |
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| Number of memories: 5 (nonvolatile) |
Example of AC
line simulation
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Clipped
sine wave |
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Arbitrary
waveform |
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| Arbitrary waveform output is
possible. The arbitrary waveforms can be easily created
using the included control software, and can be saved in the
internal unit memory via an external interface or USB
memory. |
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| Amplitude resolusion: 16 bit |
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| Waveform length: 4096 words |
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| Number of memories: 16 (nonvolatile) |
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Control
software |
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Enables control of basic parameters for output via a PC,
including data logging, and creating/editing of
sequence, simulation and arbitrary waveforms.
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Basic controller
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Sequence editing
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Editing for simulation
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Arbitrary waveform editing
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Logging of measured values
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