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High-Speed Function Generator APV6002 |
・Channel: 2CH, Differential output ・ Sampling: 2.5GS/s ・Resolution: 16bit ・Interface: Ethernet (TCP/IP) ・Output waveform: Math functions, such as Sine wave, Rectangle wave, and arbitrary waveform* * Setting of waveform pattern by PC in advance. |
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| Risetime, 395ps | Sine, 250MHz | Square, 125MHz |
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| X-ray spectra meter XS100 |
NIM Modules
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 XS100  Spectrum Mn-Kα FWHM < 125eV@5.9leV |
 Input vsThroghput  Input vs Resolution |
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APN101 DSP1CH, HV1CH.. APN102 DSP2CH, HV2CH.. APN508 DSP8CH APN532 DSP32CH. APN408 Diff CFD 8CH |
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| The XS100 is X-ray spectrometer with SDD detector (30 mm2), which is a high-resolution. The XS100 was downsizing by integrated combination
of SDD, DSP, high-voltage power supply and Peltier device. The pre-amplifier
signal from SDD detector was carried out DSP processing by ADC (100 MHz,
14 bit) and FPGA. That data is transferred to a PC by USB connection. It
was carried out transistor reset processing in an appropriate way. Therefore,
it has substantially-improve the throughput. [Performance] ・Detector SDD 30mm2(active) ・Resolution（2us peaking time） 125eV@5.9keV ・Resolution（0.15us peaking time） 150eV@5.9keV |
The APN101(1CH) and The APN102(2CH) is all-in-one digital spectrometer
which has high-voltage power supply, preamp power, and MCA (Multi Channel
Analyzer). The APN508 is high accuracy DSP8CH, the APN532 is low cost performance. The APN408 is differential CFD 8CH. [DSP Performance] ・1.7keV@1.33MeV （Ge semiconductor detector） ・2.8〜3.5%@662keV （LaBr3(Ce) scintillation detector） ・Feature Spectroscopy amp, Timing filter amp, Filter shape output DAC, Pulser (test) output DAC, Auto Pole-Zero Cancelation, Coincidence(Option). |
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| Gamma Imaging Module GIM256
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Time Spectrometer APV8702
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 GIM256 The GIM256 is a gamma imaging module of pixel scintillator system equipped with PS-PMT. GIM256 is equipped with all hardware (scintillator, PMT, circuit, and etc.) required for gamma-ray measurement. |
 511keV vs 511 keV timing measurment  22Na energy spectra (coincidence gated) |
 APV8702 |
 WAVE mode  TAC mode FWHM<192ps@5.11keV BaF2 vs BaF2 |
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| Therefore, it can be gamma-ray energy spectra measurement and 2D gamma-ray
imaging by supplying DC5V from outside. The measurement data is suitable
for application of high-count, because it can be fast transfer by 1.25
Gbps bidirectional transceiver and light fiber. Additionally, it can apply
to applications by using compound with a number of this module, such as
PET, and etc [Performance] ・Crystal LFS(3x3x20mmx16x16 array at the scintillator） (The scintillator can be changed to LYSO, LSO, GSO, LGSO, BGO and etc. ) ・Position resolution 3mm ・Energy resolution 9.5%(typ) ・Time resolution 500ps@511keV ・Throughput > 100kcps |
The APV8702 is a spectrometer for time analysis equipped with high-speed
3GHz ADC with each CH. Conventionally, the time analysis needed a number
of radiation measurement module, such as differential CFD, delay, TAC,
MCA, etc. The APV8702 has integrated them. An operation result is transferred
to PC by Ethernet. The APV8702 is available of measurement such as lifetime
measurement of positron annihilation. [Performance] ・Time Resolution 192ps (BaF2 vs BaF2) ・Time Resolution 19ps (Pulser) ・Analysis mode wave height, TAC, waveform ・Feature Digital filter 1.5GHｚ / 1GHz / 800MHz / 500MHz Digital CFD（WALK,THRESHOLD, LLD,ULD） |
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Spectrum Survay meter TS215
| The TS215 is a spectra survey meter with energy compensated for gamma-ray
with 1.5 inch LaBr3(Ce) scintillator. It can be used for dose rate measurement in a wide range.
The different time constant chart will be indicated on the LCD color display.
Therefore we can check time variation of dose rate and energy spectra in
real time. It is possible to the data transfer to PC by using an add-on
interface in an optional feature. [Performance] ・Resolution 2.8〜3.7% (137Cs, 662keV) ・Dose range 0.001μSv/h〜600μSv/h ・Feature Dose rate, Spectrum measurement, Nuclide identification(20 nuclides) |
 TS215 LaBr3(Ce)φ1.5 inch |
 Dose mode  Spectrum mode |
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| We will release a digital spectrometer "DS100", which is combined high-voltage power supply, preamplifier, and MCA (multi-channel analyzer). Additionally, "DS100L" is "DS100" with a LaBr3(Ce) scintillation detector. | |||
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| DS100 |
DS100L DS100 with LaBr3(Ce) scintillation detector |
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| The target detectors are a semiconductor detector (Ge, CdTe, Si), a scintillation detector (LaBr3(Ce), NaI(Tl), CsI(Tl)) and the other. It is a common specification that the high-voltage power supply is ±0 〜 4000V, and preamplifier is ±12V and ±24V (compliant with standard NIM). The preamplifier of the detector signal direct input to DS100, the digital signal processing is performed by a high-speed ADC (100MHz・14Bit) and a highly integrated FPGA. The results of digital signal processing was shown a histogram by MCA function. The data is transferred to PC via a USB cable. The resolution is 1.7keV in 1.33MeV at Ge semiconductor detector and 2.8 to 3.5% at 662keV in LaBr3(Ce) scintillator, and throughput is more than 100kcps. | |||
 Configuration diagram |
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| Please contact us for more information and spec. | |||
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Last Update: April 6, 2018.
Last Update: April 6, 2018.
