Abstract — This paper deals with recent achievements in the field of an emerging technology termed as Quantum MMIC (QMMIC). QMMIC consists of a Heterojunction Interband Tunneling Diode and a High Electron Mobility Transistor monolithically integrated to obtain a new functional device. This technology enables the realization of low voltage, high density and high functionality circuits. A detailed description of the design and analysis techniques for several circuits such as an amplifier, an oscillator and a mixer, along with the analytical treatment of the principle of operation are given in this paper. A number of prototypes implemented in InP technology constitute the proof-of-concept of the unique features of QMMIC circuit blocks for low-power wireless systems.
MMIC Applications of Heterostructure Interband Tunnel Devices / A. CIDRONALI; V. NAIR; G. COLLODI; J. LEWIS; M. CAMPRINI; G. MANES; H. GORONKIN; S. SELLERI; F. M. STEFANINI; A. GIUSTI. - In: IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES. - ISSN 0018-9480. - ELETTRONICO. - IEEE Transactions on Microwave Theory and Techniques,special issue on CDROM:(2003), pp. 1-22.
MMIC Applications of Heterostructure Interband Tunnel Devices
CIDRONALI, ALESSANDRO;COLLODI, GIOVANNI;MANES, GIANFRANCO;SELLERI, STEFANO;STEFANINI, FEDERICO MATTIA;GIUSTI, ANTONIO
2003
Abstract
Abstract — This paper deals with recent achievements in the field of an emerging technology termed as Quantum MMIC (QMMIC). QMMIC consists of a Heterojunction Interband Tunneling Diode and a High Electron Mobility Transistor monolithically integrated to obtain a new functional device. This technology enables the realization of low voltage, high density and high functionality circuits. A detailed description of the design and analysis techniques for several circuits such as an amplifier, an oscillator and a mixer, along with the analytical treatment of the principle of operation are given in this paper. A number of prototypes implemented in InP technology constitute the proof-of-concept of the unique features of QMMIC circuit blocks for low-power wireless systems.
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