uniSpec-L MCA Tube Base for LaBr3 Scintillation Detectors

Features

• Compatible with LaBr3-type scintillation detectors
• Allows multi-detector inputs
• Self-contained HVPS, preamplifier and MCA
• PHA and MCS modes
• Compatible with Genie™ 2000 software
• Utilizes standard USB connection
• Provides easy networking capabilities

Description

The uniSpec-L features a simple and innovative Multichannel Analyzer (MCA) that eliminates the need for NIM-based MCAs, ADCs and external power supplies. The standard 14-pin socket will accommodate LaBr3-type scintillation detectors.

Using standard USB connectivity, the possibility of multiple detectors to a single PC is simple, coupled with the ease and setup of Genie 2000 software. Using these facilities, the advanced user can develop complete custom applications and user interfaces for Genie 2000.

The uniSpec-L is a fully-integrated Multi-Channel Analyzer that contains everything needed to support a LaBr3 scintillation detector-based spectroscopy system.

The uniSpec-L includes the high voltage power supply, preamplifier, shaping amplifier, gain stabilizer, ADC, and memory, all contained in a compact tube base, and powered from your USB port. Connect the uniSpec-L to an available USB port, start the Genie 2000 software, and you are ready to acquire the spectrum.

Genie 2000 Basic Spectroscopy Software is a comprehensive environment for data acquisition, display and analysis in personal computers. It provides independent support for multiple detectors, extensive networking capabilities, and comprehensive batch procedure capabilities.

The batch procedure environment provides the ability to define highly customized command procedures to fully automate counting and analysis sequences. These procedures can be used to customize the application to meet your site specific needs. For dedicated applications Genie 2000 supports a user programming environment for custom development and user interfaces. All of the basic Genie 2000 functions are available as individual component objects which can be executed directly from a user program.