2002Unpublished venueRequires access

The future of klystrons

G. Caryotakis

Open publisher page 3 citations

Abstract

Summary form only given, as follows. The klystron is the oldest of the microwave tubes, but continues to be essential to a number of user communities, principally that of experimental physics, which was also responsible for its invention. The advent of traveling-wave tubes and of the transistor has limited the uses of the klystron to applications requiring a high pf/sup 2/ product. For those applications, it remains the amplifier of choice, particularly if cost is considered. The paper describes some new klystron configurations and their potential future. These include multi-beam and sheet-beam klystrons, PPM klystrons, and millimeter-wave klystrons, mass-produced with lithographic techniques.

About this research paper

What this paper is about

Summary form only given, as follows. The klystron is the oldest of the microwave tubes, but continues to be essential to a number of user communities, principally that of experimental physics, which was also responsible for its invention. The advent of traveling-wave tubes and of the transistor has limited the uses of the klystron to applications requiring a high pf/sup 2/ product. For those applications, it remains the amplifier of choice, particularly if cost is considered. The paper describes some new klystron configurations and their potential future. These include multi-beam and sheet-beam klystrons, PPM klystrons, and millimeter-wave klystrons, mass-produced with lithographic techniques.

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Available abstract

Summary form only given, as follows. The klystron is the oldest of the microwave tubes, but continues to be essential to a number of user communities, principally that of experimental physics, which was also responsible for its invention. The advent of traveling-wave tubes and of the transistor has limited the uses of the klystron to applications requiring a high pf/sup 2/ product. For those applications, it remains the amplifier of choice, particularly if cost is considered. The paper describes some new klystron configurations and their potential future. These include multi-beam and sheet-beam klystrons, PPM klystrons, and millimeter-wave klystrons, mass-produced with lithographic techniques.

Key concepts: Klystron, Amplifier, Traveling-wave tube, Microwave, Extremely high frequency, Electrical engineering, Physics, Beam (structure)

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