TechnoAP APV82516 Manual de usuario

Digital Pulse Processor

APV82516

Instruction Manual

Version 1.0.0

2022, December

TechnoAP Co., Ltd.

Add: 2976-15 Mawatari, Hitachinaka-shi, Ibaraki, Postcode: 312-0012

TEL: +81-29-350-8011

FAX: +81-29-352-9013

URL: http://www.techno-ap.com

e-mail: info@techno-ap.com

APV2516 Instruction Manual

TechnoAP Co., Ltd.

Safety Precautions / Disclaimer

Thank you very much for purchasing the digitizer APV82516 (hereinafter "This board") of TechnoAP Co.,

Ltd. (hereinafter "We"). Please read this "Safety Precautions / Disclaimer" before using this device, be sure to

observe the contents, and use it correctly.

We are not responsible for any damage caused by abnormality of device, detector, connected device,

application, damage to failure, other secondary damage, even if accident caused by using this device.

Prohibited matter

This device cannot be used for applications requiring special quality and reliability

related to human life, accident.

This device cannot be used in places with high temperature, high humidity and high

vibration.

Do not apply a power supply that exceeds the rating.



Do not turn the power on while other metals are in contact with the board surface.

Note

If there is smoking or abnormal heat generation in this device, turn off the power

immediately.

This board may not work properly in noisy environments.

Be careful with static electricity.

The specifications of this board and the contents of the related documents are subject

to change without notice.

Warranty policy

The warranty conditions of "our product" are as follows.

Warranty period One year from date of purchase.

Guarantee contents Repair or replacement will be carried out in case of breakdown even though you

have used correctly according to this instruction manual within the warranty period

Out of warranty

We do not warranty if the cause of the failure falls under any of the following.

1. Failure or damage due to misuse or improper repair or modification or

disassembly.

2. Failure and damage due to falling etc.

3. Breakdown / damage in harsh environments (high temperature / high humidity,

under zero, condensation etc.).

4. Causes other than the above, other than "our products".

5. Consumables.

APV2516 Instruction Manual

TechnoAP Co., Ltd.

- Content -

Safety Precautions / Disclaimer ...............................................................................................................................................................................2

１． Overview.....................................................................................................................................................................................................................5

１．１． Overview ........................................................................................................................................................................................................5

１．２． Features ..........................................................................................................................................................................................................6

２． Specifications ........................................................................................................................................................................................................7

３． Appearance ............................................................................................................................................................................................................8

４． Setup ..............................................................................................................................................................................................................................9

４．１． Installation of application ............................................................................................................................................................9

４．２． Connection ..................................................................................................................................................................................................9

４．３． Setup of the network ................................................................................................................................................................ 10

５． Application window ................................................................................................................................................................................. 11

５．１． Startup window ............................................................................................................................................................................... 11

５．２． config tab ................................................................................................................................................................................................. 13

５．２．１． list-pile ups * Option ................................................................................................................................................................. 21

５．２．２． pile-up reject * Option ............................................................................................................................................................ 21

５．２．３． OR output * Optiong ............................................................................................................................................................... 22

５．３． file tab ........................................................................................................................................................................................................... 23

５．４． wave tab ................................................................................................................................................................................................... 25

５．５． spectrum tab ....................................................................................................................................................................................... 27

６． Measurement ................................................................................................................................................................................................... 29

６．１． Histogram mode .............................................................................................................................................................................. 29

６．１．１． Environment .................................................................................................................................................................................. 29

６．１．２． Power supply and connection ........................................................................................................................................ 29

６．１．３． Application startup and configuratiom ...................................................................................................................... 29

６．１．４． Waveforme confirmation .................................................................................................................................................... 30

６．１．５． Measurement start ................................................................................................................................................................... 32

６．１．６． End of measurement ............................................................................................................................................................. 32

６．２． List mode .................................................................................................................................................................................................. 33

６．２．１． Preapration ..................................................................................................................................................................................... 33

６．２．２． Confirmation of energy spectrum ................................................................................................................................ 33

６．２．３． Setting ................................................................................................................................................................................................ 34

６．２．４． Measurement start ................................................................................................................................................................... 34

６．２．５． End of measurement ............................................................................................................................................................. 34

７． Quit ............................................................................................................................................................................................................................... 35

８． File .................................................................................................................................................................................................................................. 36

８．１． Histogram data file ........................................................................................................................................................................ 36

８．２． List data file ............................................................................................................................................................................................ 38

８．３． List-wave and list pile-up wave data file * Option ................................................................................. 39

APV2516 Instruction Manual

TechnoAP Co., Ltd.

９． Troubleshooting ........................................................................................................................................................................................... 40

９．１． Connection error occurs ....................................................................................................................................................... 40

９．２． Command error occurs .......................................................................................................................................................... 40

９．３． Histogram is not displayed ................................................................................................................................................... 41

９．４． Change IP address ....................................................................................................................................................................... 41

APV2516 Instruction Manual

TechnoAP Co., Ltd.

１．Overview

１．１． Overview

TechnoAP's DPP (Digital Pulse Processor) product APV82516 (hereafter referred to as "this device") is a

waveform analysis board equipped with 16 channels of high-speed, high-resolution ADC (1GHz, 14bit).

In addition to 1GHz real-time analysis by FPGA, high-speed processing without dead time by signal

processing is realized with high time resolution and high throughput. All ADCs operate synchronously at

1GHz clock, and can be used for signal analysis from multiple high-speed scintillation detectors.

Synchronous processing between multiple boards is also supported, allowing easy expansion to multi-CH

analysis.

This document describes this equipment.

* In the text, "CH" is case-sensitive for signal input channels and "ch" is case-sensitive for bin number

channels.

* In the text, "list" and "event" have the same meaning.

* APV in the model name indicates the VME standard size board type. A separate VME power supply

rack (such as our APV9007) is required to supply power to this board type. In addition, the type of

model in which this board is housed in a unit (chassis) and AC power supply can be used directly is

marked with APU instead of APV. For example, the model in which the VME-type APV is installed in a

unit is called APU. This manual also includes a description of the APU82516.

* When -14 or -12 is included in the model number, it indicates that the resolution of the built-in ADC is

14 bits or 12 bits. For convenience, the -14 or -12 is omitted and the model APV2516 is used.

* Functions can be added to this device as options. In this manual, such functions are clearly indicated

as (optional).

APV2516 Instruction Manual

TechnoAP Co., Ltd.

１．２． Features

The main features are as follows

・Applications include high-speed timing, high time resolution, high counting, waveform discrimination,

particle discrimination (n/γ)

・Target detectors include scintillators (plastic, LaBr3(Ce), liquid scintillators, etc.), wire chambers and

MPPCs, which can directly input output signals from photomultiplier tubes (PMTs) and FAST-NIM signals.

・Digital pulse processor acquires time and energy information by digital CFD and QDC.

・Waveform fitting provides high temporal resolution based on sampling interpolation.

・Neutron/gamma radiation discrimination PSD function, LIST-WAVE waveform information, etc. can be

added as an option.

・

Data recording via Gigabit Ethernet (TCP/IP)

Figure 1 DPP configuration

Configuration and data acquisition for DPP are performed by the supplied DPP application (hereafter referred

to as "this application"). This application runs on Windows. Since communication with DPP is only via TCP/IP

or UDP network communication, no special libraries are required, and the application can be used in

environments other than Windows.

Conventional multiple-

module combination

Integrated functions of

various modules

APV82516

List-Data

（Time, Energy）

（Ethernet）

CFD

QDC

TDC

DET

Controller

（CAMAC, VME,

Time

Energy

Anode

Trigger

APV2516 Instruction Manual

TechnoAP Co., Ltd.

２．Specifications

（１） Analog input

・Number of channel 16CH

・Input range ±1V

・Input impedance 50Ω

・Coarse gain ×1、x0.75、x0.5、x0.25、x0.15

（２） ADC

・Sampling frequency 250MHz

・Resolution 14bit

（３） Performance

・QDC output 2Mcps and more

・Time resolution 15.625ps

（４） Functions

・Operation mode Histogram mode, List mode, Wave mode,

・Tranfer rate per event Approx. 20Mbyte per second. In case of 14Byte (112Bit) per event.

（５） Option

・Functions PSD, histogram, Waveform List mode, Pile-up waveform list mode, OR

output

（６） Communication interface

・LAN TCP/IP Gigabit Ethernet 1000Base-T for data transfer

UDP for sending and receiving commands

（７） Current consumption

＋5V 3.0A (Max.)

＋12V 0.8A (Max.)

－12V 0.4A (Max.)

（８） Forma

・VME type (VME6U) APV82516

・Unit type APU82516

（９） External dimensions

・VME type (VME6U) 20 (W) x 262 (H) x 187 (D) mm

・Unit type 300 (W) x 56 (H) x 335 (D) mm

（１０） Weight

・VME type (VME6U) Approx. 430g

・Unit type Approix. 3100g

（１１） PC environment

・OS Windows 7 or later, 32bit or 64bit or later

・Network interface

・Screen resolution Full HD (1920 × 1080)recommendec

APV2516 Instruction Manual

TechnoAP Co., Ltd.

３．Appearance

Photo1 APU82516

（１） LED P (green) lights up when power is turned ON, V (orange) and E (red)

are not used

（２） CH1～CH16 LEMO 00.250 compatible connector for signal input. Input range is ±1

V. Course gain is selectable from the application. Input impedance is

50Ω.

（３） RESET Communication function reset switch.

（４） CLK-I LEMO 00.250 compatible connector for external clock signal input. It is

possible to synchronize with an external device by using an external

clock. (When using an external clock, see When using an external

clock below.

（５） CLK-O LEMO 00.250 compatible connector for external clock signal output.

Outputs 25MHz LVTTL signal with 50% duty cycle.

（６） GATE LEMO 00.250 compatible connector for external GATE signal input;

accepts LVTTL or TTL signals. Enables data acquisition while input is

High.

（７） VETO LEMO 00.250 compatible connector for external VETO signal input;

accepts LVTTL or TTL signals; disables data acquisition while high.

（８） SYNC I LEMO 00.250 compatible connector for external clear signal input. If

you use multiple modules, need to connect to sync-o of other module.

（９） SYNC O LEMO 00.250 compatible connector for external clear signal output. If

you use multiple modules, need to connect to sync-I of other module.

（１０）

LAN RJ45 connector for Ethernet cable. 1000Base-T.

（２）

（１）

（7）

（5）

（6）

（4）

（3）

（10）

（8）

（9）

APV2516 Instruction Manual

TechnoAP Co., Ltd.

４．Setup

４．１． Installation of application

This application runs on Windows. When using this application, it is necessary to install the EXE (executable

format) file of this application and the LabVIEW runtime engine from National Instruments on the PC to be

used.

Installation of this application is performed by the installer included on the accompanying CD. The installer

includes the EXE (executable format) file and the LabVIEW runtime engine, which can be installed at the same

time. The installation procedure is as follows.

（１） Log in to Windows with administrative privileges.

（２） Run setup.exe in the Application (or Installer) folder on the accompanying CD-ROM. Proceed with

the installation in an interactive manner. The default installation directory is "C:¥TechnoAP". In this

folder, the application's executable file and the configuration file config.ini, which contains the

configuration values, will be installed.

（３） Start button - TechnoAP - Execute APP82516.

To uninstall, go to Add or Remove Programs and select APV82516 to remove it.

４．２． Connection

Connect this device and PC with an Ethernet cable; use a crossover cable depending on the PC. When

using a hub, use a switching hub.

APV2516 Instruction Manual

TechnoAP Co., Ltd.

４．３． Setup of the network

Check the communication status of this device and this application by the following procedure.

（１） Turn on the PC and change the network information of the PC.

IP address ： 192.168.10.2 * Addresses not assigned to this device

Sub-net mask ： 255.255.255.0

Default gateway ： 192.168.10.1

（２） Turn on the VME Crate power supply and wait for about 0 seconds after turning on the power.

（３） Check the communication status between the PC and the device by executing the ping command

at the Windows command prompt to see if the device and the PC are connected.

The IP address of the device is located on the board or on the back of the unit. The factory default

network information for this device is as follows.

IP address ： 92. 68. 0. 6

Sub-net mask ： 255.255.255.0

Default gateway ： 92. 68. 0.

> ping 92. 68. 0. 6

Figure 2 Confirm communication connection, execute ping command

（４） Launch this application. Search for APV825 6 from the shortcut icon APV825 6 on the desktop or the

Windows button and launch it.

(If an error message is displayed when this application is launched, stating that the connection with

this device has failed, please refer to the troubleshooting described below.

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