© The Institution of Electrical Engineers
Output power and tuning range of Gunn oscillators are determined as functions of the resonant-load resistance. Differing n0L products (1.2 and 4.8 ×1012cm-2) lead to strikingly different results which are related to the delayed-and quenched-domain resonant modes, respectively.
References
-
-
1)
-
H. Pollmann ,
R.W.H. Engelmann ,
B.G. Bosch
.
Das Verhalten von Gunn-Oszillatoren als Funktion der Lastbedingungen.
Nach-richtentechn. Z.
,
135 -
136
-
2)
-
H. Matino ,
I. Kuru
.
Reactance of GaAs bulk oscillator.
Proc. Inst. Elect. Electron. Engrs.
,
291 -
292
-
3)
-
R.W.H. Englmann ,
C.F. Quate
.
Linear, or “small signal” theory for the Gunn effect.
IEEE Trans.
,
44 -
52
-
4)
-
D.E. McCumber ,
A.G. Chynoweth
.
Theory of negative conductance amplification and of Gunn instabilities in “two-valley” semiconductors.
IEEE Trans.
,
4 -
21
-
5)
-
Engelmann, R.W.H., Pollmann, H.: `Detailed analysis of a TEM transmission-line resonator for solid-state microwave oscillator application', Proceedings of the MOGA Conference, 1968, 35, Nachrichtentech. Fachber., p. 487–492.
-
6)
-
F.L. Warner
.
Extension of the Gunn-effect theory given by Robson and Mahrous.
Electron. Lett.
,
260 -
261
-
7)
-
W. Heinle
.
Principles of a phenomenological theory of Gunn-effect domain dynamics.
Solid-State Electron.
,
583 -
598
-
8)
-
P.N. Robson ,
S.M. Mahrous
.
Some aspects of Gunn effect oscillators.
Radio Electron. Engr.
,
345 -
352
http://iet.metastore.ingenta.com/content/journals/10.1049/el_19690373
Related content
content/journals/10.1049/el_19690373
pub_keyword,iet_inspecKeyword,pub_concept
6
6