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Digital Pulse Processor   Digital Signal Processor
Hybrid Digital Spectrum Analyzer Multi Channel Analyzer

High counting DSP for XAFS measurement		 Digital Spectrometer
Special Purpose High Voltage Power Supply and Preamplifier Power Supply
VME powered crate
Random Pulse Generator
USB series
Preamplifier

Semiconductor Detectors		   Scintillation Detectors
Spectrum Survey Meter   Mini Survey Meter
Silicon Drift Detector System Positron Annihilation Lifetime Measurement System
All in one Digital Spectormeter kit    

Image Contens 
  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
Digital Pulse Processor
Applications: High speed timing, high time resolution, high counting, waveform discrimination (n/ƒÁ)
Detector: Plastic, LaBr3, liquid scintillator, wire chamber, etc.
This digitizer digitizes PMT and MPPCk directly or high-speed pulses from a high-speed preamplifier with a high-speed ADC. The digital pulse processor developed by TechnoAP acquires time and energy information by digital CFD and QDC. In addition, waveform fitting enables high temporal resolution based on sampling interpolation. Neutron/gamma radiation discrimination PSD function and LIST-WAVE waveform information are also available as options.
Option: LIST-WAVE
Function: DPP: CFD, TDC, QDC PSD etc.
Mode: Histogram, List and Waveform
Communication I/F: Gigabit Ethernet, TCP/IP
Output: 1Mcps or more per channel
Multi-board synchronization features
Algorithms for Digital Pulse Processing (DPP)
Pulse Shape Discrimination (PSD)
Image Model Features Reference

VME


Desktop		 APV8108-14


APU8108-14		 8 ch.
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3

VME

Desktop		 APV8104-14


APU8104-14		 4 ch.
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3
Analog gain adjustable

VME

Desktop		 APV8516-14


APU8516-14		 16 ch.
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3

VME

Desktop		 APV8508-14


APU8508-14		 8 ch.
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3

VME

Desktop		 APV82516-14


APU82516-14		 16 ch.
Time resolution: 230 ps, Na-22 @ 511 keV, LaBr3 vs LaBr3

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Digital Signal Processor
Suitable for Semiconductor Detector
Applications: High resolution digital signal processing for HPGe
Detectors: Multi-element HPGe, Si, SDD, CdTe, CZT, etc.
@ *Scintillation detectors require a charge-sensitive preamplifier.
The signal from the charge-sensitive preamplifier is trapezoidally filtered by a digital signal processor to obtain energy information. High resolution ADC is used to minimize noise to the utmost limit and achieve high resolution. Waveform information RISE-WAVE is also included as an option and can be used for waveform analysis of multi-element HPGe detectors, etc.
Functions: DSP: Trapezoidal Filter, Base Line Restorer, Pile-up Rejector, CFD, etc.
Mode: Histogram, List, Waveform
Options: RISE-WAVE
Communication I/F: Gigabit Ethernet, TCP/IP
Output: 100 kcps and more per channel
Waveform shaping by digital signal processor (DSP)
Image Model Features Reference

VME

Desktop		 APV8032


APU8032		 32 ch.
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe

VME

Desktop		 APV8016A


APU8016A		 16 ch.
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe

VME

Desktop		 APV8008A


APU8008A		 8 ch.
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe


NIM

Desktop		 APN508


APU508		 8 ch.
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe

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Hybrid Digital Spectrum Analyzer
Image Model Features Reference

VME

Desktop		 APV8M24


APU8M24		 2 ch. for anode signal upper row
ADC 1Gsps, 14-bit build in
4 ch. for output preamp signal lower row
ADC 62.5Msps, 14-bit build in
Communication I/F: Giga bit Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel

VME

Desktop		 APV8M44


APU8M44		 4 ch. for anode signal upper row
ADC 500Msps, 14-bit build in
4 ch. for output preamp signal lower row
ADC 62.5Msps, 14-bit build in
Communication Interface: Giga bit Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Output: 100 kcps and more per channel

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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

VME

Desktop		 APV8216


APU8216		 16 ch.
Throughput: 200kcps/ch. or more

VME

Desktop		 APV8816AMP


APU8816AMP		 16 ch.
Equipped with spectroscopic amplifier

VME

Desktop		 APV8208


APU8208		 8 ch.
Throughput: 200kcps/ch. or more		  

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High counting DSP for XAFS measurement
Application: High count SDD transistor reset preamplifier compatible, ultra high count digital signal processing
Detector: Silicon Drift Detector, Multi-element HPGe
Feature: A circuit that optimizes the processing of the transistor reset preamplifier connected to the SDD is installed to maintain high throughput even at ultra-high counts. Energy information is acquired by performing Trapezoidal Filter with a digital signal processor. The high resolution ADC is used to suppress noise to the maximum and achieve high resolution.

DSP: Baseline Restorer, Pileup Rejcetor, CFD etc

Conversion gain: Up to 4 k channels

Measurement mode: Histogram, List and Waveform

Communication Interface: Gibabit Ethernet

Option1: Quick-Scan
Option2: Fast-SCA
Option3: Count upper limit extension

Image Model Features Reference

APU508XG		 8 ch.
ADC: 100MHz, 16-bit
Communication Interface: 10Gibabit Ethernet
Output: 2.5Mcps

NIM


Desktop		 APN504X


APU504X		 4 ch.
ADC: 100MHz, 16-bit
AC type for High Resolution

NIM


Desktop		 APN504XDC


APU504XDC		 4 ch.
ADC: 100MHz, 16-bit
DC type for High Count-rate

NIM


Desktop		 APN101X


APU101X		 1 ch.
ADC: 100MHz, 14-bit
Conversion gain: Up to 8 k channels
Integrated high-voltage power supply, preamplifier power supply, and MCA

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Digital Spectrometer
Application: Integrated high-voltage power supply, preamplifier power supply, and digital signal processor
Detector: Multi-element HPGe, Si, CdTe, CZT etc.
*A charge-sensitive preamplifier is required to input the signal from the scintillation detector.
Feature: The high-voltage power supply can be remotely controlled by the application, improving the usability of the user. The polarity can be switched to correspond to any detector. It is a low cost product that is very small and easy to carry.

ADC: 100MHz, 14-bit
DSP: Baseline Restorer, Pileup Rejecter, CFD, etc.
Conversion gain: Up to 8 k channels
Measurement mode: Histogram, list, waveform
Communication I/F: Ethernet

Image Model Features Reference

NIM


Desktop		 APN101


APU101		 1 ch.
Multi-function digital spectrometer
Integrated high-voltage power supply, preamplifier power supply, and MCA

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High Voltage Power Supply and Preamplifier 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 4 ch. output
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
APV3302 2 ch. output
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		  
APV3008 8 ch. output
High voltage power supply board for MPPC and Temperature compensation function for each CH.		  
APV3018 8 ch. output
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
  APV4004 4 ch. output
for preamplifier power supply
4 Female DB9 connectors with }12 V, }24 V each

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VME powered crates
Image Model Features Reference
APV9007 7 slots
6U x 160 mm
VME modules

+5 V: 60.0 A
+12 V: 8.5 A
-12 V: 4.3 A

167(W) x 311(H) x 400(D) mm3
APV9020 20 slots
6U x 160 mm
VME modules

+5 V: 60.0 A
+12 V: 13.0 A
-12 V: 13.0 A

481(W) x 311(H) x 400(D) mm3
APV9003R 3 slots (VME 6U size)
19" rack storage horizontal

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USB series
Data transfer and power supply by USB
Image Model Features Reference
APG7400A 4 ch.
16k digital MCA
Mode: PHA, LIST, MCS, COINCIDENCE
Function: GATE input , VETO input
Deadtime: 1.5 micro seconds

APG7305A 1 ch.
Spctroscopy amplifier integrated
Semi-Gaussian fitting
Shaping time: 0.25 micro second and more
Integral non-linearity < }0.025 %
APG7300A 1 ch.
16k MCA
Mode: PHA
Function: GATE input , VETO input
Deadtime: 500 nano seconds

APG7502C 2 ch.
100 MHz dual input digital counter
Rise time: 1.5 nano seconds

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Preamprifier
Comes with a special cable with a connector
Image Model Features Reference
 
APG1701		 High-speed amplifier discriminator
 
APG1700		 Gain switching type high-speed amplifier

APG1603		 Charge amplifier for semiconductor detector
APG1500 The sensitivity of the Charge Sensitive Preaplifier can be set via rotary switch

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Random Pulse Generator
Image Model Features Reference

NIM

Desktop
APN6001


APU6001		 2 ch. output
Pulse height value, Rise-time, Decay, and period can be set arbitrarily.
Reproduce the stochastic event of Poisson distribution.

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Semiconductor detectors
Image Model Features Reference

XCT101001		 CdTe
10 x 10 x 1 mm3

XCZT101005		 CdZnTe
10 x 10 x 5 mm3

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Scintillation detectors
Image Model Features Reference
XC700 CsI (Tl) scintillation detector
Size: 70 x 70 x 70 mm
XN300  NaI (Tl) scintillation detector
Size: 3 x 3 inch, 76 x 76 mm

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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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Mini Survey Meter
Image Model Features Reference
TA100 Handy type compact survey meter
Detectors : CdTe semiconductor detector
Dose rate and gamma-ray spectrum are displayed
Communication I/F : USB
GUI with application software for Windows

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All in one digital spectrometer kit
Image Model Features Reference
XL150-SYS Detector : LaBr3 (Ce), Size 38x38mm + PMT
XCE150-SYS Detector : CeBr3 (Ce), size 38x38mm + PMT


XCZT101005-SYS Detector : CdZnTe, size 10x10x5mm

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Positron Annihilation Lifetime Measurement System
Image Model Features Reference
DPALMS-LCA ALL-IN-ONE for PALS, CDB and AMOC
LINK to product introduction page
Introduction brochure
DPALMS-LH For LIFETIME measurement
CDB and AMOC measurements are possible by adding a dedicated board
Extended-support

VME

Desktop		 APV8702


APU8702		 2 ch. on SMA coaxial connectors
Communication I/F: Ethernet (TCP/IP)
Time resolution: FWHM < 180 ps
Functions: Digital CFD, TAC, MCA, DELAY		 APV8702

APU8702

VME		 APV8002C 2 ch. on LEMO coaxial connectors
Communication I/F: Ethernet TCP/IP
Energy resolution: 1.7 keV @ 1.33 MeV, HPGe
Combined COINCIDENCE firmware for CDBS measurement
XBF110 BaF2 scintillation detector
ƒÓ 28 mm ~ L 20 mm
PMT: H3378-51
XBF464025
XBF464015		 BaF2 scintillation detector with Conical head
ƒÓ 46 mm ƒÓ40 mm ~ L25 mm (XBF464025)
ƒÓ 46 mm ƒÓ40 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
series		 Four (4) Element
Element area 260mm2, Active area 200mm2
High-countrate / High-sensitivity by suitable DSP
XSDD50-01
series		 One (1) Element
Element area 65mm2, Active area 50mm2
High-resolution / High-throughput by suitable DSP

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Copyright (C) TechnoAP All Right Reserved.
Last Update: 1 August 2023

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