Journal of Atmospheric and Environmental Optics, Volume. 19, Issue 2, 257(2024)
Design and implementation of optical fiber communication test system based on SRIO bus
[1] S B Gong, D D Xie, Z P Wu et al. Design of photoelectric detection system for nano-lithography focusing and leveling sensor. Instrument Technology and Sensor, 6-9(2020).
[2] Z H Yin, S Y Liu, T L Shi. Research on focusing and leveling system of lithography machine based on linear CCD. Semiconductor Technology, 32, 74-76(2007).
[3] X B Jin, X P Li, F B Chen et al. Silicon wafer focusing and leveling measurement system test platform. Special Equipment for Electronics Industry, 35, 53-56(2006).
[4] L G Huo. Design of High-speed Data Acquisition and Servo Interface System Based on Optical Fiber Transmission(2014).
[5] Q Li, J T Diao, H S Nie. Design and implementation of high-speed serial transmission system based on FPGA. Modern Electronic Technology, 34, 131-134(2011).
[6] F Sun. Architecture design of integrated avionics interconnection based on FPGA. Mechanical Design, 35, 37-39(2018).
[7] Y Zhang. Design of Ultra-high-speed Image Acquisition System Based on FPGA(2016).
[8] B Li, X Liu, W L Yang et al. Design of high speed image data transmission based on RapidIO bus. Aerospace Control, 36, 69-74(2018).
[9] F Zhang, G Q Ren, Q Z Wu. Design of high-speed image serial transmission system based on SRIO. Opto-Electronic Engineering, 37, 89-92(2010).
[10] C Shi, W Long, X Li et al. Development of high speed RF signal storage system based on SRIO. Nuclear Electronics & Detection Technology, 40, 54-59(2020).
Get Citation
Copy Citation Text
Zihao ZHAO, Meina LU, Zhilong XU, Yang WU, Jingyan LIU, Maoxin SONG, Donggen LUO. Design and implementation of optical fiber communication test system based on SRIO bus[J]. Journal of Atmospheric and Environmental Optics, 2024, 19(2): 257
Category:
Received: May. 17, 2021
Accepted: --
Published Online: Jun. 24, 2024
The Author Email: LU Meina (lumeina@aiofm.ac.cn)