Radio Engineering and Electronics, Volume 3Pergamon Press, 1959 - Electronics |
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Page 135
... frequency fluctuations due to amplitude fluctuations also in- creases ( second term of ( 42 ) ) . The character found for the frequency and amplitude - fluctuation de- pendence on detuning is not difficult to understand from Fig . 3 ...
... frequency fluctuations due to amplitude fluctuations also in- creases ( second term of ( 42 ) ) . The character found for the frequency and amplitude - fluctuation de- pendence on detuning is not difficult to understand from Fig . 3 ...
Page 30
... frequency w are excited in the resonator . The ferrite is located in the place where the magnetic field of this oscillation is a maximum . The oscillation of frequency o plays the part of the external force which modulates the ...
... frequency w are excited in the resonator . The ferrite is located in the place where the magnetic field of this oscillation is a maximum . The oscillation of frequency o plays the part of the external force which modulates the ...
Page 124
4. DIODE CRITICAL FREQUENCY FOR VARIOUS BASE THICKNESSES To evaluate the diode frequency properties the critical frequencies were measured with the diodes connected to a current generator , i.e. under conditions where the differential ...
4. DIODE CRITICAL FREQUENCY FOR VARIOUS BASE THICKNESSES To evaluate the diode frequency properties the critical frequencies were measured with the diodes connected to a current generator , i.e. under conditions where the differential ...
Contents
VOLUME | 3 |
No 1 | 1 |
The Noiseproof Feature of the Hamming Code 24 | 24 |
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absorption activation amplifier amplitude angle anode approximation attenuation barium beam calculated capacitance characteristics circuit coefficient components considered constant correlation correlation function corresponding curves density dependence determined diagram dielectric diode distance effect electron equal equation evaporation experimental expression F2-layer ferrite ferromagnetic resonance fluctuations focussing formula frequency function given increase inhomogeneous input integral investigation ionosphere klystron L-cathode layer linear magnetic field magnitude maximum measurement metal method modulation N₁ Nauk noise obtained operation oscillations output oxide cathode oxygen parameters particles phase photocathodes Phys plane possible potential propagation pulse quantity radiation radio Radiotekhnika i elektronika reduced regime region resonator saturation current secondary emission semiconductor shown in Fig signal solution space charge spin waves stability surface theory thermionic thermionic emission thickness tube tungsten vacuum valve variation velocity volt-ampere voltage waveguide wavelength waves zero