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The eMorpho is the
smallest, fastest, USB-powered single-card
MCA currently on the market. At only 2-inch
diameter, and a very competitive price, the eMorpho
is an ideal solution for standalone and embedded
applications. The device is entirely controlled and
powered through its USB port. Using
real time digital signal processing the
eMorpho achieves unrivaled processing speed, up to
16 Mcps, and can accommodate any known
scintillator.
Beyond spectroscopy, the eMorpho offers built-in extended
functionality such as waveform capture for
diagnostics, real time pulse shape analysis for phoswich
detectors and list mode data acquisition for monitoring
systems. 13 general purpose I/O lines support
daisy-chaining of clocks, triggers and data
for use in detector arrays such as radiation portal monitors.
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MCA:
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4096 x 32 bit
Max rate is 16.5 Mcps
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Interface:
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USB 1.1 for data and power (0.11 A ... 0.22 A)
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Extended
functionality:
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Waveform capture
Phoswich support
List mode data
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Extendable:
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13 GPIO lines
2 clock I/O lines
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The TwinBase product line
introduces the next generation of advanced embedded
power bases. The TwinBase pairs up a high voltage
generator with a very low power transistorized high voltage
divider to energize the photomultiplier dynodes. This ensures
a perfect match between these crucial components creating the
best possible system performance.
The TwinBase
provides exceptional linearity and gain
stability while drastically cutting power
consumption. The TwinBase is the
ideal solution for battery-operated systems that have to
perform reliably and with accuracy under high-count rate
conditions.
Using the TwinBase eliminates the need for
external high voltage supplies and high voltage cables. This
reduces system complexity, improves reliability,
ruggedness and safety.
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HV:
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500 V to 2000 V
Transistorized high voltage divider
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Control:
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Analog, digital, eMorpho
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Power:
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1.8 V to 16 V
70 .. 150 mW at 1000 V
Standby: 0.1 mA
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Very
linear:
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Gain drift < 1% at 50ľA PMT anode
DC-current
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Convenient:
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Eliminates external HV-supply and cables
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The R2D nuclear radiation
sensor utilizes a matched scintillator crystal
and photomultiplier combination, powered by a
TwinBase and read out by an eMorpho
digital MCA. The R2D sensors use a single
USB interface for both, data and power. All components have
been selected and designed to optimize system
performance.
The R2D delivers stable and precise
high-speed spectroscopy even in intense radiation
environments, reducing operating costs
associated with measurement time. The sensors are delivered
with calibration data and a unique identifier stored in
non-volatile memory. As there are no manual adjustments
necessary, sensors can be deployed by minimally trained
personnel.
The R2D
sensors are sold with a variety of crystals, such as NaI(Tl)
and CsI(Na), suitable to different application. All sensors
are fully characterized at the factory and
carry a performance guarantee. The sensors
have built-in support for array applications, such as
radiation portal monitors. The combination of these features
makes the R2D an outstanding solution for a
wide range of applications.
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Components:
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Detector core and housing
Embedded power base
Embedded eMorpho MCA
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Performance:
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Designed for spectroscopy
NaI(Tl) for low cost and high speed
CsI(Na) for highest stopping power
Inquire about LaCl3 and LaBr3
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