Titlebook: Analog Circuit Design; RF Circuits: Wide ba Michiel Steyaert,Johan H. Huijsing,Arthur H.M. van Book 2006 Springer Science+Business Media B.

得意人

ULTRAWIDEBAND TRANSCEIVERSAn overview of existing ultrawideband (UWB) technologies is presented in this paper, including multi-band OFDM (MB-OFDM, scalable for data rates from 55-480Mb/s). Time-domain impulse radio and wideband FM approaches to UWB for low (<100 kb/s) and medium data rates (100 kb/s-10 Mb/s) are also described.

Ingenuity

CARK

Low-Voltage, Low-Power Basic CircuitsIn this presentation several solutions for operating analog circuits at low power and/or low voltage will be discussed. Different approaches will be presented at transistor level, at circuit level and at system level.

Intersect

Die Institution: Indirekte Kommunikation,xt-generation 802.11 communication ICs. Higher data rates, longer transmission ranges, lower cost and higher system capacity are putting new constraints on the baseband and RF circuits constituting future 802.11 transceivers. Several new circuit techniques drawn from recent publications [2]-[6] that address such constraints are presented.

破布

https://doi.org/10.1007/978-3-322-91938-0rs, and can reduce system complexity, increase integration and improve performance. This paper describes architectures for bandpass and quadrature bandpass ADCs and examines several circuit considerations associated with operation at sampling rates in the 100-MHz range.

CHURL

https://doi.org/10.1007/978-3-531-90656-0t programs. Following the industry downturn in 2001, automatic test equipment (ATE) vendors have had to reassess their support for virtual test. This paper will detail an alternative approach developed to address the simulation of mixed signal test programs.

Myofibrils

intercede

HIGH-SPEED BANDPASS ADCsrs, and can reduce system complexity, increase integration and improve performance. This paper describes architectures for bandpass and quadrature bandpass ADCs and examines several circuit considerations associated with operation at sampling rates in the 100-MHz range.

inscribe

构想

Die Institution: Indirekte Kommunikation,xt-generation 802.11 communication ICs. Higher data rates, longer transmission ranges, lower cost and higher system capacity are putting new constraints on the baseband and RF circuits constituting future 802.11 transceivers. Several new circuit techniques drawn from recent publications [2]-[6] that