A klystron tube makes use of speed-controlled streams of electrons that pass through a resonating cavity. Electrons in a klystron are accelerated to a controlled speed by the application of several hundred volts. As the electrons leave the heated cathode of the tube, they are directed through a narrow gap into a resonating chamber, where they are acted upon by an RF signal. The electrons bunch together and are directed into one or more additional chambers that are tuned at or near the tube's operating frequency. Strong RF fields are induced in the chambers as the electron bunches give up energy. These fields are ultimately collected at the output resonating chamber. See magnetron and diode.
![]() | Reproduced with permission from Computer Desktop Encyclopedia. Copyright (c) 1981-2008 The Computer Language Company Inc. All rights reserved. |
Premier Vendor Content Whitepapers, webcasts & resources from our Power Center Sponsors
All-in-One Printers
- 10 things to look for in an all-in-one printer A multifunction printer may offer the convenient, consolidated functionality your organization needs, but there are a lot of choices out there. Before making a selection, be sure to consider these key factors.
- From our sponsors
- HP Small Business LaserJet Printers
- HP Laser Jet M3035 MFP series Starting at $1,599. SHOP NOW
- New HP Color LaserJet CP3525n Printer Starting at $699. SHOP NOW




