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16000-channel
Pocket Multi-channel Signal Analyzer or Pulse Height Analyzer (PHA)
The
MCSA-16K Pocket Multi-Channel Signal Analyzer is a unique test and measurement
instrument. It can be useful for
applications in electronic, nuclear and optical spectral signal
analyzing. The MCSA-16K
is specially designed for application of particle pulse height
analysis (PHA) and instrument calibration. The MCSA-16K
is most
recently
developed by HAL Technology based on the digital signal processing (DSP) and
USB interface technology. It can
analyze a variety of analog signal input fast and accurately
in both time domain and frequency domain (histogram).
The software with the
unit
will display the distributions of input
signal amplitudes
on PC through the high speed USB interface. The data can
be acquired in real time and easily
stored and printed at the user¡¦s choice. No additional power supply to the unit is needed.
The
MCSA-16K
can be used with
a variety of sensors or transducers. HalTech would welcome the customer¡¦s design input to
enhance the analyzing
capabilities.
Features
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Variable
Channels
up to 16384
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Two
input range selecions (5 & 10 Volts)
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Fast
Response
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USB
interface and real time data acquisitions
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Input
waveform measurement in time domain like a scope
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USB
powered and no
power supply needed
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Free
software
and up-gradable
Applications
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Pulse
height analysis (PHA) for particle size distribution measurement
(resolution up to 300 micro volts)
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Signal
Analysis of Sensors
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Multi-Channel
Spectral Analysis
Multi-Channel
Signal Analyzer Software
The
multi-channel signal analyzer software is free with a Pocket Multi-Channel Signal Analyzer purchased.
It is compatible with Window operation systems 2000/ME/NT/XP. The software has a built-in help and is easy to install, use
and upgradeable.
The MCSA
Version 2.0 is specially designed for analysis of pulse height and
distribution (PHA).
Other
special functionalities needed in software may be added upon request
and license agreement. Both
Information Window and Data
Window provide all the needed information for users in direct view. Users
may use the mouse to get information on selected regions conveniently. Real-time data and the graphs can be easily stored and
printed.
Software
user interface illustration
Signal
Trace in Time Domain
 Signal
Amplitude Analyzed in Histogram
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