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PRODUCTS

Digital Spectrum Analyzer
 Positron Lifetime Measurement System
 Silicon Drift Detector System
XSDD50-04
Digital Spectroscopy
 Multi Channel Analyzer
 High Voltage Power Supply
Preamprifier
 Function Generator
 Spectrum Survey Meter

Digital Spectrum Analyzer
Electronics with Digital Pulse Processing (DPP) becomes a new instrument that represents a fully digital replacement of most traditional modules such as Multi and Single Channel Analyzers, QDCs, TDCs, Discriminators and many others.
Image Model Features Reference
APV8516-14 Input 16 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Output: 1 Mcps and more per channel
Functions: Digital CFD, TDC and QDC
Multi-board synchronization features
Suited for liquid or inorganic scintillatiors coulpled with PMTs
Algorithms for Digital Pulse Processing (DPP)
APV8108-14 Input 8 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Output: 1 Mcps and more per channel
Functions: Digital CFD, TDC and QDC
Multi-board synchronization features
Suited for liquid or inorganic scintillatiors coulpled with PMTs
Algorithms for Digital Pulse Processing (DPP)
APV8508-14 Input 8 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Output: 1 Mcps and more per channel
Functions: Digital CFD, TDC and QDC
Multi-board synchronization features
Suited for liquid or inorganic scintillatiors coulpled with PMTs
Algorithms for Digital Pulse Processing (DPP)
 APV8104-14 Input 4 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Output: 1 Mcps and more per channel
Analog gain switchable
Functions: Digital CFD, TDC and QDC
Multi-board synchronization features
Suited for liquid or inorganic scintillatiors coulpled with PMTs
Algorithms for Digital Pulse Processing (DPP)
APV8102-14
MWPSAGb		 Input 2 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Output: 1 Mcps and more per channel
Functions: Digital CFD, TDC and QDC
Suited for liquid or inorganic scintillatiors coulpled with PMTs
APV8016A Input 16 channels on LEMO coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel
DSP: Trapezoidal filter, Baseline restorer, Pileup rejector, CFD
Suited for semiconductor detectors such as HPGe, SiPM, CZT
APV8008 Input 8 channels on LEMO coaxial connectors
Communication Interface: Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel
DSP: Trapezoidal filter, Baseline restorer, Pileup rejector, CFD
Suited for semiconductor detectors such as HPGe, SiPM, CZT

APV8208 8 CH independent 16 k digital MCA on LEMO coaxial connectors
Communication Interface: Ethernet TCP/IP
Mode: PHA, LIST, MCS, COINCIDENCE
Energy resolution: 130 eV MnKa
Output: 130 kcps and more per channel
Deadtime: 360 nano seconds
Integral non-linearity < ±0.025 %
APV8011S Input 1 channels on LEMO coaxial connectors
Communication Interface: Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel
DSP: Trapezoidal filter, Baseline restorer, Pileup rejector, CFD
Suited for semiconductor detectors such as HPGe, SiPM, CZT
Pileup Separator
The data acquisition software runs under Windows OS with and easy graphical user interface.
The software written in LabVIEW and is also provided as source code, allowing the advanced user to customize it.
1-unit wide, 6U VME64 board is provided with firmware and software.
Stand-alone Our Digital Spectrum Analyzer can be changed to a stand-alone type.
No VME powered crates required.
Powerd crates Number of slots selectable: 20, 7 or 5
Backplane connectors: VME64 J1/J2
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Digital Spectroscopy
Advanced firmware algorithms operating Digital Signal Processing.
Image Model Features Reference
APU504XGbE DSP for X-ray spectroscopy
Input 4 channels on LEMO coaxial connectors
Communication Interface: Gibabit Ethernet
Functions: histogram, ROI-SCA, Quick-Scan
APU101 ALL-IN-ONE digital spectrometer
LEMO connector for 8 k MCA
BNC connector for HV power supply (up to 5 kV)
DB9 connector for preamplifier power supply (±12 V, ±24 V)
Dedicated to high resolution gamma ray spectroscopy, suited for HPGe detectors and for scintillation detectors.

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Multi Channel Analyzer
Advanced processing algorithms can be easily adapted to different detectors and application ensuring effective data analysis even high count rates.
Image Model Features Reference
APG7400A Quad independent 16 k digital MCA on LEMO coaxial connectors
Mode: PHA, LIST, MCS, COINCIDENCE
Function: GATE input , VETO input
Deadtime: 1.5 micro seconds
Data transfer and power supply by USB

APG7305A LEMO connector for 16 k MCA
Single input MCA with spctroscopy amplifier
(Semi-Gaussian fitting)
Shaping time: 0.25 micro second and more
Integral non-linearity < ±0.025 %
Data transfer and power supply by USB
APG7300A LEMO connector for 16 k MCA
Mode: PHA
Function: GATE input , VETO input
Deadtime: 500 nano seconds
Data transfer and power supply by USB

APG7502C 100 MHz dual input digital counter on LEMO coaxial connectors
Rise time: 1.5 nano seconds
Functions: 1. Rate metor, 2. Timer counter, 3. Multi channel scaler
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Positron Lifetime Measurement System
Image Model Features Reference
DPAMS-LCA ALL-IN-ONE for PALS, CDB and AMOC
LINK to product introduction page
Introduction brochure
APV8702 Input 2 channels on SMA coaxial connectors
Communication Interface: Giga bit Ethernet TCP/IP
Time resolution: 160 - 190 pico seconds, Na-22 @ 511 keV, BaF2 vs BaF2
Functions: Digital CFD, TAC, MCA, DELAY
APV8002C Input 2 channels on LEMO coaxial connectors
Communication Interface: Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel
DSP: Trapezoidal filter, Baseline restorer, Pileup rejector, CFD
Combined COINCIDENCE firmware for CDBS measurement
XBF110 BaF2 scintillation detector
φ 28 mm × L 20 mm
PMT: H3378-51
XBF464025
XBF464015		 BaF2 scintillation detector with Conical head
φ 46 mm φ40 mm × L25 mm (XBF464025)
φ 46 mm φ40 mm × L15 mm (XBF464015)
PMT: H3378-51
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Silicon Drift Detector System
Image Model Features Reference
XSDD50-07 series Seven (7) Element
Element area 455mm2, Active area 350mm2
High-countrate / High-sensitivity by suitable DSP
XSDD50-04 XSDD50-04 series Four (4) Element
Element area 260mm2, Active area 200mm2
High-countrate / High-sensitivity by suitable DSP
XSDD50-01 XSDD50-01 series One (1) Element
Element area 65mm2, Active area 50mm2
High-resolution / High-throughput by suitable DSP
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High Voltage Power Supply
Functional parameters can be programmed and monitored via Ethernet.
It is provided with a control software runs under Windows OS with and easy graphical user interface.
Image Model Features Reference
APV3304 2-unit wide, 6U VME64 board
4 independently controllable HV channels on SHV coaxial connectors
Available with either positive, negative or mixed polarity
Provide voltage up to ±5 kV
Ripple: 20mVpp @ +5 kV
Remote control via Ethernet
APV3018 1-unit wide, 6U VME64 board
8 independently controllable HV channels on SHV coaxial connectors
Available with either positive, negative or mixed polarity
Provide voltage up to ±1 kV
Ripple: 0.01 % Vpp @ + 1kV
Remote control via Ethernet
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Preamprifier
Image Model Features Reference
APG1500 Compact fast preamplifier for scintillation detectors
Input 1 channels on LEMO coaxial connectors
The sensitivity of the Charge Sensitive Preaplifier can be set via rotary switch
APV4004 1-unit wide, 6U VME64 board for preamplifier power supply
Four Female DB9 connectors with ±12 V, ±24 V each
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Function Generator
Image Model Features Reference
APV6002 Arbitrary function generator with latest high-speed DAC.
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Spectrum Survey Meter
Image Model Features Reference
TS500 Gamma-ray energy-compensation
CeBr3(Ce) 1 inch x 1 inch
TS215 Gamma-ray energy-compensation
LaBr3(Ce) 1.5 inch x 1.5 inch
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Last Update: 12, June, 2020.

Design and manufacture of electronic circuits
relevant to the instrumentation control and the radiation measurment
Contact us: tap@techno-ap.co