RF system of a 220 GHz extended interaction klystron

Wang Zicheng; Qu Zhaowei; Shang Xinwen; Cao Linlin; Tang Bojun; Xiao Liu1

doi:10.11884/hplpb201931.180312

[1] John H B, Richard J D, Colin D J, et al. Vacuum electronic high power terahertz sources［J］. IEEE Trans on Terahertz Science and Technology, 2011, 1(1):54-75.

[2] Albert R, Dave B, Mark H, et al. Sub-millimeter waves from a compact, low voltage extended interaction klystron［C］//Proc of IRMMW-THz. 2007:1-3.

[3] Mark H, Albert R, Peter H, et al. A compact, high power, sub-millimeter-wave extended interaction klystron［C］//Proc of IEEE International Vacuum Electronics Conference. 2008:297.

[4] Peter H, Albert R, Richard D, et al. Compact sources of high RF power for DNP applications［C］//Proc of IEEE International Vacuum Electronics Conference. 2014:221-222.

[5] Albert R, Mark H, Peter H, et al. Development of sub-millimeter high power compact EIKs for DNP and radar applications［C］//Proc of IEEE International Vacuum Electronics Conference. 2017:ID62.

[6] Richard D, Albert R, Peter H, et al. Design and fabrication of terahertz extended interaction klystrons［C］//Proc of IRMMW-THz. 2010:1-3.

[7] Richard D, Albert R, Peter H, et al. Fabrication techniques for a THz EIK［C］//Proc of IEEE International Vacuum Electronics Conference. 2010:181-182.

[9] Zhang Kaichun, Wu Zhenhua, Liu Shenggang. Study of an extended interaction oscillator with a rectangular reentrance coupled-cavity in Terahertz region［J］. J Infrared Milli Terahz Waves, 2009, 30:308-318.

[10] Zhu Xiaofang, Jin Xiaolin, Huang Lili, et al. Study of a W-band sheet-beam extended interaction klystron［C］//Proc of IEEE International Vacuum Electronics Conference. 2015:si0240.

[11] Zeng Zaojin, Zhou Lin, Li Wenjun, et al. Design and optimization of a W-band extended interaction klystron amplifier［C］//Proc of IEEE International Vacuum Electronics Conference. 2015:si0369.

[12] Gao Dongping, Zhang Zhaochuan, Ding Yaogen, et al. Design of a continuous wave Ka-band extended interaction klystron［C］//Proc of IEEE International Vacuum Electronics Conference. 2014:355-356.

[13] Chen Shuyuan, Ran Cunjun, Wang Yong. Equivalent circuit of multi-gap output cavity for sheet beam EIK［C］//Proc of IEEE International Vacuum Electronics Conference. 2014:347-348.

[14] Qu Zhaowei, Zhang Zhiqiang, Ding Yaogen, et al. Research progress of a W-band 100-watts extended interaction oscillator［C］//Proc of IEEE International Vacuum Electronics Conference. 2017:ID94.

[19] Liu Qinglun, Wang Zicheng, Liu Pukun, et al. A THz backward-wave oscillator based on a double-grating rectangular waveguide［J］. IEEE Transactions on Electron Devices, 2013, 60(4):1463-1468.