Scholarlink

Purpose <p>Design and implement a system within the detector electronic box of the FXT payload on the EP satellite to read out and acquire data from the pnCCD module of the focal plane detector.</p> Methods <p>The pnCCD module is complex to control, has a high data throughput, and poses challenges during readout. This paper presents the design and implementation of a data acquisition system specifically for pnCCD and its readout ASIC, CAMEX. The DAQ includes a dedicated front-end module for signal conversion, a control module for powering the pnCCD on and off and managing its sequence, and a signal preprocessing module that performs real-time corrections for offset and common mode on signals acquired by the ADC. Additionally, the offset module allows for in-orbit calculation and updating of the offset.</p> Results <p>The DAQ operates stably in orbit and functions normally, accurately recording the amplitude, position, and arrival time of signals. This capability enables the production of images and energy spectra, which provide robust support for scientific data analysis on the ground.</p> Conclusion <p>The DAQ has achieved readout and data acquisition for the pnCCD module of the focal plane detector, meeting the requirements of the EP satellite’s FXT payload and operating well in orbit.</p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

The data acquisition system for focal plane detector of EP-FXT

  • 期刊论文

  • 发表日期：

    2025年3月29日

查看全文
  • Hao Wang,
  • Weiwei Cui,
  • Xiaofan Zhao,
  • Ziliang Zhang,
  • Jia Huo,
  • Wei Li,
  • Laidan Luo,
  • Jingjing Xu,
  • Haoyang Geng,
  • Yong Chen

摘要

Purpose

Design and implement a system within the detector electronic box of the FXT payload on the EP satellite to read out and acquire data from the pnCCD module of the focal plane detector.

Methods

The pnCCD module is complex to control, has a high data throughput, and poses challenges during readout. This paper presents the design and implementation of a data acquisition system specifically for pnCCD and its readout ASIC, CAMEX. The DAQ includes a dedicated front-end module for signal conversion, a control module for powering the pnCCD on and off and managing its sequence, and a signal preprocessing module that performs real-time corrections for offset and common mode on signals acquired by the ADC. Additionally, the offset module allows for in-orbit calculation and updating of the offset.

Results

The DAQ operates stably in orbit and functions normally, accurately recording the amplitude, position, and arrival time of signals. This capability enables the production of images and energy spectra, which provide robust support for scientific data analysis on the ground.

Conclusion

The DAQ has achieved readout and data acquisition for the pnCCD module of the focal plane detector, meeting the requirements of the EP satellite’s FXT payload and operating well in orbit.