RJ46
Gamma Spectrometry Systems with HPGe Detector
• Supports dual spectrum measurement of energy spectrum and time spectrum
• With passive efficiency calibration software
• Automatic pole-zero and zero dead-time correction
• With particle information and energy spectrum information
Product Introduction :
RJ46 Gamma Spectrometry Systems with HPGe Detector mainly includes a new type of high-purity germanium low-background spectrometer independently developed. The spectrometer adopts a particle event readout method, and uses digital multi-channel to obtain and store the energy (amplitude) and time information of the HPGe detector output signal.
System composition:
The RJ46 Gamma Spectrometry Systems measurement system is mainly composed of three parts: high-purity germanium detector, multi-channel signal processor, and lead chamber. The detector array includes the HPGe main detector, digital multi-channel pulse processor, and low-noise high and low voltage power supply; the host computer software mainly includes parameter configuration module, particle event information receiving module, coincidence/anti-coincidence measurement module, and spectrum line display module.
Features:
① Supports dual spectrum measurement of energy spectrum and time spectrum
② Data can be transferred via Ethernet and USB
③ With passive efficiency calibration software
④ High time and high energy resolution, high throughput support
⑤ Digital filter shaping, automatic baseline subtraction
⑥ Able to receive particle information and energy spectrum information transmitted by the device and save it as a database
⑦ Meets the following standards :
《Gamma Spectroscopy Analysis Method for Radionuclides in Biological Samples》 GB/T 1615-2020
《Gamma Spectroscopy Analysis Method for Radionuclides in Water》 GB/T 16140-2018
《General Method for Gamma Spectroscopy Analysis of High Purity Germanium》 GB/T 11713-2015
《γ-ray spectrum analysis method for radionuclides in soil》”GB T 11743-2013
《Gamma Spectrum Analysis Method for Radionuclides in Air》 WS/T 184-2017
《Ge Gamma-ray Spectrometer Calibration Specification》JJF 1850-2020
《Technical Specification for Gamma Nuclide Measurement of Environmental Samples in Emergency Monitoring》 HJ 1127-2020
Main technical indicators :
Detector :
① Crystal type: High purity germanium
② Energy response range: 40keV~10MeV
③ Relative efficiency: ≥60%
④ Energy resolution: ≤2keV for 1.332 MeV peak; ≤1000eV for 122keV peak
⑤ Peak to Compressor Ratio: ≥68:1
⑥ Peak shape parameters: FW.1M/FWHM≤2.0
Digital Multi-Channel Analyzer :
① Maximum data throughput rate: no less than 100kcps
② Gain: Set coarse and fine adjustment to meet the adjustment requirements of the spectrum amplification function
③ Compatible with charge sensitive preamplifiers, current preamplifiers, voltage preamplifiers, reset type preamplifiers, self-discharge type preamplifiers, etc.
④ Supports dual spectrum measurement of energy spectrum and time spectrum
⑤ Provides standard DB9 preamplifier power supply, compatible with NIM slot
⑥ Four transmission modes: Raw Pulse View, Shaped View, Line View, and Particle Mode
⑦ Particle mode supports measuring the arrival time, energy, rise time, fall time and other information of ray events (customizable on demand)
⑧ Supports 1 main detector signal input and up to 8 independent coincidence channel inputs
⑨ 16-bit 80MSPS, ADC sampling, can provide up to 65535 spectral lines support
⑩ High time and high energy resolution, high throughput support
⑪ Programmable high voltage and display
⑫ Data can be transferred via Ethernet and USB
⑬ Digital filter shaping, automatic baseline subtraction, ballistic loss correction, low frequency noise suppression, automatic optimization, automatic pole zero, zero dead time correction, gated baseline restoration and virtual oscilloscope function
⑭ With GammaAnt spectrum analysis and processing software, it can realize functions such as nuclide identification and sample activity measurement.
Low background lead chamber :
① The lead chamber is an original integrated casting
② Lead thickness ≥10cm
Spectrum analysis and acquisition software :
① It can acquire spectrum, set parameters, etc.
② Able to receive particle information and energy spectrum information transmitted by the device and save it as a database
③ Spectral line data processing function can realize particle and energy spectrum data analysis, processing and viewing, and support data merging, screening and splitting functions
④ With passive efficiency calibration software and probe characterization
Post time: Apr-15-2025