Recent results from a Swedish program for development of 60-GHz monolithic microwave
integrated circuits (MMICs) for high-data-rate communication links are presented. Front-end …

This paper describes a developed wideband millimeter-wave radio channel sounder, which
is based on the previously developed 2-and 5-GHz channel-sounder concept. Performance …

Two single-chip multiplier by eight (times8) monolithic microwave integrated circuits
(MMICs) for 52-62-GHz output frequency are presented. The MMICs are designed and …

We report two resistive mixers, ie, a balanced and a balanced image-rejection (IR) mixer for
the 60-GHz frequency range. A compact and wide-band method for the local-oscillator (LO) …

This paper demonstrates a W-band CMOS frequency doubler which utilizes a balanced
topology in order to achieve a wideband fundamental suppression. The required 180 …

A High Spectral Purity GaAs PHEMT MMIC Balanced Frequency Quadrupler Page 1 A High
Spectral Purity GaAs PHEMT MMIC Balanced Frequency Quadrupler Toru Masuda + Vesa …

We present a novel stabilization technique for millimeter (mm) waves produced by
interfering two spectral lines of a frequency comb generated by a femtosecond fiber laser. To …

The design and characterization of a 28-56 GHz frequency doubler based on a commercial
foundry GaAs pHEMT process is described. To realize low power consumption and high …

This thesis discusses the development of micro-and millimeterwave wideband radio channel
measurement and modeling techniques for future radio networks. Characterization of the …

A single chip multiplier by eight (/spl times/8) MMIC for 52-62 GHz output frequency is
presented. The multiplier consists of quadrupler stage followed by a high pass filter, an inter …