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  1. Proceedings of the Institute of Radio Engineers Year : 1937 Volume : 25 Issue : 5
  2. The Harmonic Mode of Oscillation in Barkhausen-Kurz Tubes
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Institute of Radio Engineers Silver Anniversary Convention
Contents
General Information
Institute sections
Geographical Location of Members Elected April 7, 1937
Applications for Membership
Officers and Board of Directors
Statue of Liberty
Institute news and radio notes
A Simplified Circuit for Frequency Substandards Employing a New Type of Low-Frequency Zero-Temperature-Coefficient Quartz Crystal
The Harmonic Mode of Oscillation in Barkhausen-Kurz Tubes
Grid Control of Radio Rectifiers
The Fading Characteristics of the Top-Loaded WCAU Antenna
Application of the Autosynchronized Oscillator to Frequency Demodulation
Lattice Attenuating Networks
A Voltage Stabilized High-Frequency Crystal Oscillator Circuit
Determination of the Radiating System Which Will Produce a Specified Directional Characteristic
Book review
Contributors to this issue

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The Harmonic Mode of Oscillation in Barkhausen-Kurz Tubes

Content Provider IEEE Xplore Digital Library
Author Hershberger, W.D.
Copyright Year 1913
Abstract The phenomenon of harmonic operation of Barkhausen-Kurz tubes employing a resonating helical grid is investigated by the use of tubes with the plate cut transversely into three sections. It is shown that the fundamental or Barkhausen frequency may be elicited by exciting the grid at its central portion, but that if the grid is excited at its ends either symmetrically or unsymmetrically the oscillations occur at double the Barkhausen frequency. This doubled frequency is that usually generated by tubes of this type. It is also shown that it is essential to tune the filament circuit of the oscillator if maximum power output is desired.
Starting Page 564
Ending Page 569
Page Count 6
File Size 1149277
File Format PDF
ISSN 07315996
Volume Number 25
Issue Number 5
Language English
Publisher Date 1937-05-01
Access Restriction Subscribed
Rights Holder Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subject Keyword Frequency Electron tubes Oscillators Mesh generation Resonance Tuned circuits Power generation Stability Power transmission lines Transmission line theory
Content Type Text
Resource Type Article
Subject Electrical and Electronic Engineering
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