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international electron devices meeting | 1970

Stability of Gunn oscillators

Yoichi Kaneko; K. Kimura; K. Sekine

The purpose of the present paper is to show experimentally the effect of circuit parameters and environmental conditions on the performance characteristics of a Gunn oscillator, especially electronic tuning, noise, and stability. The temperature is the most serious factor limiting the stability of the oscillator. By utilizing temperature-compensation methods as well as paralleled devices, the overall frequency deviation of a 300 mW Ku-band Gunn oscillator has been reduced to 4 × 10-4for the temperature range from -30°C to +60°C. Also described are the Gunn oscillators that operated successfully in a practical TV relay link as early as 1968.


Archive | 1978

Microwave integrated circuit device

Kenji Sekine; Yoichi Kaneko


Archive | 1975

Temperature compensated dielectric resonator device

Katsuhiro Kimura; Yoichi Kaneko


Archive | 1978

Radio station system

Nobuo Sekiguchi; Yukinari Fujiwara; Mitsuo Toya; Yoichi Kaneko


Archive | 1979

Microwave integrated circuit device for transmission/reception of a signal

Katsuhiro Kimura; Akira Endo; Kenji Sekine; Takahiko Tanigami; Yoichi Kaneko


Archive | 1978

Transmit/receive microwave circuit

Yoichi Kaneko; Kenji Sekine; Eiichi Hase; Akira Endo


Archive | 1980

Ground-speed Doppler radar for vehicles

Akira Matsumura; Yoichi Kaneko; Kenji Sekine; Akira Endo


Archive | 1980

Dielectric heating device

Takashi Takeuchi; Yoichi Kaneko; Hisato Owatari


Archive | 1985

Microwave solid-state amplifier

Yoichi Kaneko; Kenji Sekine; Haruhiko Funaki


Archive | 1980

Short-range doppler radar

Yukitsugu Hirota; Yoichi Kaneko; Kenji Sekine; Akira Endo; Katsuhiro Kimura

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