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ORTEC digiBASE-E User Manual

ORTEC digiBASE-E
72 pages
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ORTEC
®
digiBASE-E
High-Performance, Power-over-Ethernet
Multichannel Analyzer / PMT Base
for Scintillation Detectors
User’s Manual
Printed in U.S.A. ORTEC Part No. 931047 0213
Manual Revision C
NOTICE OF PROPRIETARY PROPERTY
This document and the information contained in it are the proprietary property
of AMETEK Inc., ORTEC Business Unit. It may not be copied or used in any
manner nor may any of the information in or upon it be used for any purpose
without the express written consent of an authorized agent of AMETEK Inc.,
ORTEC Business Unit.

Table of Contents

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ORTEC digiBASE-E Specifications

General IconGeneral
CategoryMeasuring Instruments
Channels1
InterfaceUSB 2.0
Input Channels1
Operating Temperature0°C to 50°C
Maximum Count Rate100, 000 counts/s
Power5 V
Input Impedance1000 Ω

Summary

1. INTRODUCTION

1.1. digiBASE-E Advantages

Highlights the key benefits and features of the digiBASE-E, such as gain stabilization and flexible acquisition modes.

1.2. Host PC and Software Requirements

Outlines the necessary computer hardware and software specifications for operating the digiBASE-E.

1.3. About This Manual

Briefly describes the content and purpose of the user's manual.

WARRANTY

Quality Control

Describes the quality control tests performed on ORTEC instruments before shipment.

Repair Service

Provides instructions on how to return an instrument for repair, including contact information and procedures.

Damage in Transit

Advises on how to handle shipments that arrive with external or concealed damage.

Safety Instructions and Symbols

Safety Warnings and Cleaning Instructions

Details safety precautions and methods for cleaning the instrument exterior.

2. GETTING STARTED

2.1. The digiBASE-E

Introduces the digiBASE-E hardware, its connectors, and basic operation.

2.2. Data Acquisition (Gate) Modes

Explains the different data acquisition modes, including PHA and List Mode, and gating features.

2.3. Software and Hardware Installation

Provides step-by-step instructions for installing the necessary software and setting up the hardware.

2.4. Multiple Users Can Attach to the Same digiBASE-E

Describes how multiple users can simultaneously access and control a digiBASE-E unit.

2.5. Moving a Statically Addressed digiBASE-E to a Different Network or PC

Guides on how to relocate a digiBASE-E with a static IP address to a new network.

3. USING THE DIGIBASE-E

3.1. digiBASE-E MCB Properties in MAESTRO

Details how to configure digiBASE-E settings using the MAESTRO software's MCB Properties dialog.

3.1.1. Amplifier

Covers the gain and pile-up rejection controls for the amplifier in the MAESTRO software.

3.1.2. Amplifier 2

Details shaping controls and the virtual oscilloscope mode for amplifier settings.

3.1.3. ADC

Explains the controls for the Analog-to-Digital Converter, including discriminator and gate settings.

3.1.4. Stabilizer

Describes the gain and zero stabilizer functions and their adjustment controls.

3.1.5. High Voltage

Details how to set and monitor the high voltage output for the detector.

3.1.6. About

Displays hardware and firmware information, including serial number and access status.

3.1.7. Status

Shows the status tab, including the event counter and other monitoring information.

3.1.8. Presets

Explains how to set real time and live time presets for data acquisition.

3.2. Troubleshooting

Provides guidance on resolving common issues such as connection failures and communication errors.

3.2.1. Connection Failed / Socket Error (Incompatible Static IP Address)

Addresses errors related to incompatible static IP addresses and how to resolve them.

3.2.2. Cannot Communicate with MAESTRO or ScintiVision-32

Offers solutions for problems where the software cannot find or communicate with the digiBASE-E.

4. SPECIFICATIONS

4.1. Performance

Lists the key performance characteristics and specifications of the digiBASE-E.

4.2. Inputs

Describes the available input connectors and their functions.

4.3. Use with Lanthanum Chloride and Lanthanum Bromide Detectors

Discusses compatibility and usage with specific types of detectors.

4.4. Computer Controls and Indicators

Explains how the digiBASE-E is controlled and monitored via computer software.

4.5. Electrical, Mechanical, and Environmental

Provides details on the physical dimensions, power requirements, and operating environment.

4.6. Feature Mask Bits

Explains the feature bits used in commands to indicate supported functionalities.

5. FIRMWARE COMMANDS AND RESPONSES

5.1. CONNECTIONS

Details the communication protocol and methods used for interacting with the digiBASE-E.

APPENDIX A. SETTING THE COARSE GAIN JUMPER

APPENDIX B. LIST MODE

B.1. List Mode Data

Explains the format and structure of data collected in List Mode acquisition.

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