In modern information technology, increasingly powerful electronic circuits are required for
the targeted generation of complex signals with well-defined amplitudes and phases. In …

This paper describes the development, along with detailed phase-noise analysis, of V-band
monolithic-microwave integrated-circuit (MMIC) dielectric-resonator oscillators (DROs) …

Low phase-noise oscillators are key components of high-performance wireless transceivers.
Traditional oscillator designs employ single resonators whose quality-factors are limited and …

The first fabrication and RF characterisation of an InGaP/GaAs single heterojunction bipolar
transistor in collector-up topology with Schottky contact are reported. Boron implantation is …

The Sapphire Whispering Gallery Mode Resonator technology enables the design of
microwave oscillators presenting exceptional short term frequency stability. The resonator …

This paper presents the design, implementation and characterization of two dielectric
resonator oscillators (DRO) at 7.61 GHz. The circuits consist of a negative resistance …

In this paper, the design theory of an 8 GHz oscillator with a new structure of active dielectric
resonator (DR) is presented. The new structure emphasizes on phase noise reduction by …

In this paper, a high performance sampling phase-locked dielectric resonator oscillator is
designed and realized. The experimental result shows that it can achieve 9.35 dBm output …

This paper addresses a fully‐integrated low phase noise X‐band oscillator fabricated using
a carbon‐doped InGaP heterojunction bipolar transistor (HBT) GaAs process with a cutoff …

Many years ago it was analytically demonstrated that phase noise in free-running oscillators
might be different on the different circuit nodes. Recently this result was questioned. It was …