JDPA-1002/4 Digital Pulse Analyzer
Introduction
The JDPA-1002/4 Digital Pulse Analyzer is specially designed for high-speed pulse signal acquisition. A single host can provide 2 or 4 acquisition channels. Using clock synchronization unit, it can build more channel systems. The system meets the signal processing requirements of various nuclear detectors, covering energy measurement, time measurement and particle identification commonly used in nuclear physics. It can also be used in non-nuclear fields such as time-of-flight mass spectrometer, fluorescence lifetime measurement, etc.
The system supports any pulse signal input with exponential decay characteristics. The ADC maximum sampling frequency can reach 1GHz, and alternate sampling can be extended to 2GHz. With onboard high-speed large-capacity DDR3 memory, it can cache a large amount of data in real time. High-speed USB or Ethernet interface can quickly transfer the acquired data to the computer.
Main Unit Photo
Scan the QR code above
Or search in WeChat“Jiechuang Nuclear Instruments” Follow Us
Stay Updated with Latest News
In today's increasingly widespread application of nuclear energy and technology, precise identification and quantitative analysis of radionuclei have become core requirements in fields such as environmental protection, nuclear safety regulation, medical diagnosis, and astrophysical research
VIEW DETAILSBoron Neutron Capture Therapy (BNCT) is a precision radiotherapy technique that uses boron drugs to target and enrich tumor cells, and triggers a neutron irradiation response to accurately kill cancer
VIEW DETAILSThe first isotope usage training course was established in Xi'an, Shaanxi in 1956, marking the birth of nuclear medicine in China. Since then, nuclear medicine has been integrated into clinical practice and serves patients nationwide
VIEW DETAILSBNCT construction projects in mainland China are classified into already operational, pre operational, under construction, and planned projects based on their operational status The pre operational projects in the table include projects that have already conducted or are planned to conduct clinical research
VIEW DETAILSNew standards for radiation protection regulations in nuclear power plants have been released, mainly introducing the content
VIEW DETAILSIndependently designed, developed, and built by our country fourth-generation advanced fission nuclear energy system - thorium-based molten salt experimental reactor, Recently, it was built in Wuwei and Gansu, and for the first time, thorium uranium conversion was achieved in the reactor
VIEW DETAILS
high-purity germanium (HPGe)γenergy spectrometer It is the most precise instrument in the field of spectral measurement, widely used in various radiometric measurement sites However, in the measurement of certain environmental samples, the radioactivity of the samples is low and requires the use of an anti cosmic ray anti Compton ray HPGe (High Purity Germanium) gamma energy spectrometer
laboratory HPGe (High-Purity Germanium) γenergy spectrometer (high-purity germanium (HPGe)gamma spectrometer) It is an instrument used for low-level gamma radio activity spectral measurement, which can accurately and qualitatively measure the conducting/performing of samples containing gamma radio activity without loss
The AVATAR series dual channel Gaussian digital MCA spectrometer is based on a fully automated spectrometer system, which has been formed into a series of products. From the perspective of acquisition performance, it can be divided into basic performance and high count rate performance
1) Introduction: Sipping MCA is a 100% domestically manufactured digital MCA system developed by Jiechuan Nuclear Instruments (Beijing) Technology Co., Ltd. It is an internally integrated digital MCA system that requires a signal polarity adjustment unit