By Leo Young (Eds.)
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Extra info for Advances in Microwaves
Tunnel diodes as high-frequency devices. Proc. IRE47,1201-1206 (1959). 3. Chang, K. K. N. Low-noise tunnel-diode amplifier. Proc. IRE 47, 1268-1269 (1959). 3a. Chang, K. K. N. Negative conductance diode amplifier. S. Patent 3,127,567 (1964). 3b. Chang, K. K. N. Frequency converter. S. Patent 3,125,725 (1964). 3c. , Cook, J. , and Butzien, P. E. Operation of an Esaki diode microwave amplifier. Proc. IRE 48, 1155 (1960). 4. Definitions, symbols, and methods of test for semiconductor tunnel (Esaki) diodes and backward diodes.
Presser, A. Private communication, RCA Electronic Components and Devices (1965). 47a. Lee, C. , X-band tunnel diodes for phased array radar. 3rd Quart. Rep. Contr. NObsr. 89328 Phase II, Gen. Elec. (1966). 47b. Okean, H. C. Integrated microwave tunnel diode device. Intern. , Palo Alto, California, 196 pp. 135-140(1966). 48. Pucel, R. A. Theory of the Esaki diode frequency converter. Solid-State Electron. 3, 167-207(1961). 49. Kim, C. S. Tunnel-diode converter analysis. IRE, Trans. Electron Devices 8, 394-405 (1961).
9, 49-52 (1966). 12b. , and Davis, R. E. A beam-lead planar Ge Esaki diode. Proc. IEEE 54, 814-815 (1966). 13. Hauer, W. B. Definition and determination of the series inductance of tunnel diodes. IRE, Trans. Electron Devices 8,470-475 (1961). 14. , and Sterzer, F. Microwave tunnel-diode amplifiers with large dynamic range. RCA Rev. 25, 54-66 (1964). 15. Schneider, M. V. A low inductance tunnel diode mount. Proc. IEEE52,75-76 (1964). 16. Burrus, C. A. Millimeter wave Esaki diode oscillators. Proc.
Advances in Microwaves by Leo Young (Eds.)