2007Unpublished venueRequires access

Development of an S-Band 50MW Klystron

Yong Wang, Xie Jing-xin, Yaogen Ding, Liu Pu-kun

Open publisher page 5 citations

Abstract

An S-band 50MW klystron (Fig. 4) was successfully developed by the Institute of Electronics, Chinese Academy of Sciences (IECAS) for linear accelerators. A structure of six-cavity and single output window was adopted, and three prototypes were fabricated and tested before November of 2005. Although the first tube suffered from short circuit of heater as reaching operating voltage of 220kV, the second and the third ones have made a success. For the third klystron, under the conditions of an RF pulse width of 4μs, a repetition rate of 50Hz, a beam voltage of 305.9 kV and a beam current of 368A, the peak output power is 51.4MW, efficiency is 45.6%, and gain is 54dB. This paper describes the design ideas, simulation and test results.

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What this paper is about

An S-band 50MW klystron (Fig. 4) was successfully developed by the Institute of Electronics, Chinese Academy of Sciences (IECAS) for linear accelerators. A structure of six-cavity and single output window was adopted, and three prototypes were fabricated and tested before November of 2005. Although the first tube suffered from short circuit of heater as reaching operating voltage of 220kV, the second and the third ones have made a success. For the third klystron, under the conditions of an RF pulse width of 4μs, a repetition rate of 50Hz, a beam voltage of 305.9 kV and a beam current of 368A, the peak output power is 51.4MW, efficiency is 45.6%, and gain is 54dB. This paper describes the design ideas, simulation and test results.

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Available abstract

An S-band 50MW klystron (Fig. 4) was successfully developed by the Institute of Electronics, Chinese Academy of Sciences (IECAS) for linear accelerators. A structure of six-cavity and single output window was adopted, and three prototypes were fabricated and tested before November of 2005. Although the first tube suffered from short circuit of heater as reaching operating voltage of 220kV, the second and the third ones have made a success. For the third klystron, under the conditions of an RF pulse width of 4μs, a repetition rate of 50Hz, a beam voltage of 305.9 kV and a beam current of 368A, the peak output power is 51.4MW, efficiency is 45.6%, and gain is 54dB. This paper describes the design ideas, simulation and test results.

Key concepts: Klystron, Voltage, Linear particle accelerator, Electrical engineering, Beam (structure), Traveling-wave tube, Power (physics), Engineering

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