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191
A Monolithic 900-MHz CMOS Wireless Transceiver
, 2001
"... This dissertation demonstrates a monolithic 900-MHz CMOS wireless transceiver. Single-conversion architecture with a high-IF of 70 MHz is chosen for the receiver and direct modulation architecture is chosen for the transmitter to save components, to maximize the image rejection, and to minimize the ..."
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This dissertation demonstrates a monolithic 900-MHz CMOS wireless transceiver. Single-conversion architecture with a high-IF of 70 MHz is chosen for the receiver and direct modulation architecture is chosen for the transmitter to save components, to maximize the image rejection, and to minimize
Direct-Conversion Radio Transceivers for Digital Communications
- IEEE Journal of Solid-State Circuits
, 1995
"... Abstract-Direct-conversion is an alternative wireless receiver architecture to the well-established superheterodyne, particularly for highly integrated, low-power terminals. Its fundamental ad-vantage is that the received signal is amplified and filtered at baseband rather than at some high intermed ..."
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Cited by 146 (3 self)
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Abstract-Direct-conversion is an alternative wireless receiver architecture to the well-established superheterodyne, particularly for highly integrated, low-power terminals. Its fundamental ad-vantage is that the received signal is amplified and filtered at baseband rather than at some high
Towards Integrated QPSK Transceiver on
, 2014
"... In recent years, the demand for Internet bandwidth increases while the unit price of bandwidth decreases. To keep up with the trend, more cost-effective optical telecom-munication links are required. Due to the limited amount of optical fibers and wave-length range, increasing spectral efficiency is ..."
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. Therefore, optical transceivers with higher energy efficiency is desired. Tra-ditional transceivers use III-V chips for photonic components and CMOS chips for electronic circuits. Monolithic integration of photonic and electronic components helps removing energy consumption for inter-chip communication
Monolithic Microprocessor and RF Transceiver for Low-Power Mobile Applications
"... In recent years the demand has surged for low-power and small form-factor wireless communications devices. Coupled with the migration of desktop computing to mobile computing, a new market is emerging for portable products that combine wireless communications and high-performance computing. The evol ..."
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. The evolution of semiconductor device technology toward the deep submicron regime is enabling the development of CMOS RF communications circuits which are amenable to monolithic integration with existing mixed-signal processes. A 1.2-micron bulk CMOS process has been used to develop a monolithic architecture
Hybrid Integrated DWDM Silicon Photonic Transceiver with Self-Adaptive CMOS Circuits
"... Abstract: We present a DWDM silicon photonic transceiver with self-adaptive CMOS circuits. The energy efficiency is 808fJ/bit at 5Gbps for a ring-modulator based transmitter and 275fJ/bit at 8Gbps with BER<10-15 for the receiver. OCIS codes: (200.4650) Optical interconnects; (250.3140) Integrated ..."
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Cited by 2 (1 self)
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Abstract: We present a DWDM silicon photonic transceiver with self-adaptive CMOS circuits. The energy efficiency is 808fJ/bit at 5Gbps for a ring-modulator based transmitter and 275fJ/bit at 8Gbps with BER<10-15 for the receiver. OCIS codes: (200.4650) Optical interconnects; (250
MONOLITHIC TRANSCEIVER FOR FASTBUS CABLE SEGMENT-CSX’
, 1988
"... Specifications for a fiv~channel differential transceiver for the FASTBUS Cable Segment have been developed.1*z The transceiver, CSX, is being planned as a full-custom integrated circuit implementation. Specification and development plans are discussed. The project is being carried out in collaborat ..."
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Specifications for a fiv~channel differential transceiver for the FASTBUS Cable Segment have been developed.1*z The transceiver, CSX, is being planned as a full-custom integrated circuit implementation. Specification and development plans are discussed. The project is being carried out
Design of high-sensitivity cantilever and its monolithic integration with CMOS circuits
- IEEE Sens. J. 2007
"... Abstract—Rectangular piezoresistive cantilevers with stress concentration holes opened were designed and fabricated in order to increase the response signals of piezoresistive cantilever first. Both the simulations and the measurements on the cantilever sensitivity show that this design can obviousl ..."
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Cited by 4 (0 self)
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obviously result in an im-provement on the displacement sensitivity of the piezoresistive cantilever. After a characterization study on the piezoresistive can-tilever, a monolithic integration of the microcantilever array with a complementary metal–oxide–semiconductor (CMOS) readout circuitry based
An Integrated MEMS-BiCMOS SINCGARS Transceiver
"... Abstract⎯This paper reports on the design of an integrated transceiver that supports SINCGARS (Single Channel Ground-Airborne Radio System). Utilizing both transistors and microelectromechanical systems (MEMS), the circuit transmits preprocessed discrete-time baseband data and receives RF passband s ..."
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Abstract⎯This paper reports on the design of an integrated transceiver that supports SINCGARS (Single Channel Ground-Airborne Radio System). Utilizing both transistors and microelectromechanical systems (MEMS), the circuit transmits preprocessed discrete-time baseband data and receives RF passband
A 40Gbps CMOS Photonics Transceiver
"... This paper will briefly outline the technology related to CMOS photonics, and will then discuss systems design aspects and experimental results from the construction of a 4 wavelength WDM transceiver with each channel running at 10Gbps. Optics including mux/demux, modulation and optical monitoring t ..."
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taps were monolithically integrated into the 0.13µm CMOS die, alongside the PMD circuitry used for modulator drivers and receiver amplification. A BER of 10-12 was achieved on all 4 channels.
CMOS RF Integrated Circuits at 5 GHz and Beyond
- Proceedings of the IEEE
, 2000
"... A strong demand for wireless products, an insatiable thirst for spectrum that pushes carrier frequencies ever upward, and the con-stant quest for higher performance at lower power and cost, have recently driven the development of radio frequency integrated cir-cuit (RF IC) technology in unprecedente ..."
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Cited by 14 (0 self)
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A strong demand for wireless products, an insatiable thirst for spectrum that pushes carrier frequencies ever upward, and the con-stant quest for higher performance at lower power and cost, have recently driven the development of radio frequency integrated cir-cuit (RF IC) technology
Results 1 - 10
of
191