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Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009
Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009
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1.
A CMOS resistive feedback single to differential low noise amplifier with multiple-tuner-outputs for a digital TV tuner
机译:
具有用于数字电视调谐器的多调谐器输出的CMOS电阻反馈单至差分低噪声放大器
作者:
Donggu Im
;
Ilku Nam
;
Seong-Sik Song
;
Hong-Teuk Kim
;
Kwyro Lee
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
differential amplifiers;
digital television;
low noise amplifiers;
CMOS;
differential low noise amplifier;
digital TV tuner;
gain 12.5 dB;
gain 19.5 dB;
multiple-tuner-outputs;
noise figure;
noise figure 2.4 dB;
noise figure 2.9 dB;
resistive feedback;
second-order distortion;
single-ended multiple tuner outputs;
size 0.18 mum;
DTV;
LNA;
multiple stream;
multiple tuner;
single-to-differential;
wideband;
2.
WSB: Current and future trends in frequency generation circuits
机译:
WSB:频率生成电路的当前和未来趋势
作者:
Khalil Waleed
;
Helmy Ahmed
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
3.
A low power mm-wave oscillator using power matching techniques
机译:
使用功率匹配技术的低功率毫米波振荡器
作者:
Lianming Li
;
Reynaert P.
;
Steyaert M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
impedance matching;
millimetre wave amplifiers;
millimetre wave integrated circuits;
millimetre wave oscillators;
CMOS;
amplifier;
frequency 61.1 GHz to 66.7 GHz;
inductive divider;
low power mm-wave oscillator;
power 3.16 mW;
power matching techniques;
size 90 nm;
voltage 0.6 V;
LC oscillator;
VCO;
millimeter-wave oscillators;
power matching;
quality factor;
4.
An RF transceiver with auto signal detection and combined PGA/RSSI in 0.18µm CMOS for V2.1 Bluetooth applications
机译:
具有自动信号检测功能和0.18µm CMOS的PGA / RSSI组合的RF收发器,用于V2.1蓝牙应用
作者:
Wei-Yi Hu
;
Jia-Wei Lin
;
Kuo-Chi Tien
;
Yong-Hsiang Hsieh
;
Chao-Liang Chen
;
Hung-Ta Tso
;
Yi-Shun Shih
;
Shao-Chueh Hu
;
Sao-Jie Chen
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
Bluetooth;
CMOS integrated circuits;
calibration;
frequency shift keying;
radiofrequency integrated circuits;
signal detection;
transceivers;
CMOS;
GFSK signal detection;
LNA;
PGA/RSSI;
RF front-end transceiver;
V2.1 Bluetooth;
auto gain calibration;
auto signal detection;
current 32 mA;
current 42 mA;
gain mode selection;
noise figure 7.5 dB;
size 0.18 mum;
voltage 1.8 V;
PGA;
RF front-end;
RSSI;
transceiver;
5.
MMW lab In-Situ to extract noise parameters of 65nm CMOS aiming 70∼90GHz applications
机译:
MMW Lab原位提取针对70〜90GHz应用的65nm CMOS噪声参数
作者:
Tagro Y.
;
Gloria D.
;
Boret S.
;
Dambrine G.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MOSFET;
elemental semiconductors;
millimetre wave integrated circuits;
silicon;
varactors;
CMOS;
cold-FET;
cold-noise source method;
coplanar transmission line;
device under test;
frequency 70 GHz to 90 GHz;
frequency 75 GHz to 110 GHz;
in-situ tuner;
noise deembedding technique;
on-wafer multi-impedance method;
phase shifting;
size 65 nm;
Active devices;
Impedance tuner;
cold FET;
insitu lab.;
multi-impedance;
noise microwave measurement;
transistors;
transmission lines;
varactor;
6.
A single-chip 24 GHz SiGe BiCMOS transceiver for FMCW automotive radars
机译:
用于FMCW汽车雷达的单芯片24 GHz SiGe BiCMOS收发器
作者:
Saunders D.
;
Bingham S.
;
Menon G.
;
Crockett D.
;
Tor J.
;
Mende R.
;
Behrens M.
;
Jain N.
;
Alexanian A.
;
Rajanish
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS digital integrated circuits;
CW radar;
FM radar;
Ge-Si alloys;
phase locked loops;
phase noise;
radiofrequency integrated circuits;
road vehicle radar;
semiconductor materials;
transceivers;
DAC;
FMCW automotive radars;
LDO regulators;
PLL;
RFIC;
SIGe;
SiGe BiCMOS transceiver;
current 275 mA;
dual I/Q receivers;
frequency 100 kHz;
frequency 24 GHz;
gain 18 dB;
serial programming interface;
size 0.18 mum;
size 5 mm;
temperature -40 degC to 125 degC;
transmitter;
voltage 3.5 V;
digital-analog conversion;
operational am;
7.
A 90nm CMOS power amplifier for 802.16e (WiMAX) applications
机译:
适用于802.16e(WiMAX)应用的90nm CMOS功率放大器
作者:
Degani O.
;
Cossoy F.
;
Shahaf S.
;
Chowdhury D.
;
Hull C.D.
;
Emanuel C.
;
Shmuel R.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF power amplifiers;
WiMax;
baluns;
64-QAM OFDM signal;
802.16e WiMAX band applications;
CMOS power amplifier;
EVM;
FCC WiMAX mask;
digital predistortion;
frequency 10 MHz;
frequency 2.3 GHz to 2.7 GHz;
gain 18 dB;
integrated balun;
peak power added efficiency;
resistance 50 ohm;
second harmonic level;
size 90 nm;
voltage 3.3 V;
802.16e;
CMOS;
power amplifiers;
pre distortion;
8.
A tunable 300–800MHz RF-sampling receiver achieving 60dB harmonic rejection and 0.8dB minimum NF in 65nm CMOS
机译:
可调谐300-800MHz射频采样接收器,在65nm CMOS中实现60dB的谐波抑制和0.8dB的最小NF
作者:
Ru Z.
;
Klumperink E.
;
Saavedra C.
;
Nauta B.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
baluns;
harmonics;
low-pass filters;
radio receivers;
radiofrequency filters;
software radio;
CMOS radio receiver;
RF-sampling receiver;
balun-LNA;
frequency 300 MHz to 800 MHz;
gain 0.8 dB to 4.3 dB;
gain 22 dB to 28 dB;
harmonic rejection;
low-pass filtering;
partial IM3 compensation;
power 12 mW;
power 6 mW;
size 65 nm;
software-defined radio;
tunable LC filter;
voltage amplification;
wideband sampling downconverter;
CMOS;
LC filter;
LNA;
cognitive radio;
distortion;
downconverter;
matching;
nonl;
9.
RF receiver front-end with +3dBm out-of-band IIP3 and 3.4dB NF in 45nm CMOS for 3G and beyond
机译:
射频接收器前端,带+ 3dBm带外IIP3和3.4dB NF,适用于3G及更高版本的45nm CMOS
作者:
Yanduru N.K.
;
Griffith D.
;
Low K.-M.
;
Balsara P.T.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
3G mobile communication;
CMOS analogue integrated circuits;
UHF integrated circuits;
radio receivers;
voltage-controlled oscillators;
CMOS;
RF receiver front end;
WCDMA;
frequency 1.9 GHz;
frequency 40 MHz;
frequency 80 MHz;
noise figure 3.4 dB;
on-chip VCO;
quadrature divider;
size 45 nm;
45 nm;
RF receivers;
10.
The end of indexes
机译:
索引结尾
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
11.
WSK: Digitally assisted analog and RF circuits
机译:
WSK:数字辅助模拟和RF电路
作者:
Dawson Joel L.
;
Taylor Stewart
;
Ammer Josie
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
12.
IMS/ATRFG sponsored workshops and short courses
机译:
IMS / ATRFG赞助的讲习班和短期课程
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
13.
60GHz and 80GHz wide band power amplifier MMICs in 90nm CMOS technology
机译:
采用90nm CMOS技术的60GHz和80GHz宽带功率放大器MMIC
作者:
Kurita N.
;
Kondoh H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC power amplifiers;
wideband amplifiers;
CMOS technology;
RF front-ends;
bandwidth 17 GHz;
bandwidth 19 GHz;
bandwidth 55 GHz to 72 GHz;
bandwidth 66 GHz to 85 GHz;
frequency 60 GHz;
frequency 80 GHz;
gain 1 dB;
gain 10 dB;
gain 12.2 dB;
high-pass-type matching circuit;
low-cost communication;
radar system;
single-ended architecture;
size 90 nm;
voltage 1 V;
wide band power amplifier MMIC;
wide-band communication;
CMOS;
MMIC;
power amplifier;
single-end;
wide band;
14.
WSI: Technology and power combining techniques for millimeter-wave applications
机译:
WSI:毫米波应用的技术和功率组合技术
作者:
Belot Didier
;
Kerherve Eric
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
15.
WSJ: Active radio circuits for bio u00026; medical applications
机译:
WSJ:生物有源无线电电路;医疗应用
作者:
Rudell Jacques
;
Ham Donhee
;
Otis Brian
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
16.
60GHz 45nm PA for linear OFDM signal with predistortion correction achieving 6.1 PAE and −28dB EVM
机译:
用于线性OFDM信号的60GHz 45nm PA,具有预失真校正,可实现6.1%PAE和-28dB EVM
作者:
Cohen E.
;
Ravid S.
;
Ritter D.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC power amplifiers;
OFDM modulation;
distortion;
CMOS;
frequency 60 GHz;
linear OFDM signal;
power added efficiency;
predistortion correction;
size 45 nm;
60 GHz;
EVM;
OFDM;
PA;
Predistortion;
17.
40 ns pulsed I/V set-up and measurement method applied to InP HBT characterization and electro-thermal modeling
机译:
40 ns脉冲I / V设置和测量方法应用于InP HBT表征和电热建模
作者:
Saleh A.
;
Chahine M.A.
;
Reveyrand T.
;
Neveux G.
;
Barataud D.
;
Nebus J.M.
;
Quere R.
;
Bouvier Y.
;
Godin J.
;
Riet M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
III-V semiconductors;
gallium arsenide;
gallium compounds;
heterojunction bipolar transistors;
indium compounds;
HBT characterization;
InGaAs-InP;
bipolar current mirrors;
electrothermal modeling;
measurement method;
pulsed I-V set-up;
pulsed collector emitter voltages;
time 40 ns;
18.
A 0.1–5GHz Dual-VCO software-defined ∑Δ frequency synthesizer in 45nm digital CMOS
机译:
在45nm数字CMOS中的0.1-5GHz Dual-VCO软件定义的∑Δ频率合成器
作者:
Nuzzo P.
;
Vengattaramane K.
;
Ingels M.
;
Giannini V.
;
Steyaert M.
;
Craninckx J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
MMIC;
dividing circuits;
frequency synthesizers;
phase locked loops;
phase noise;
programmable circuits;
software radio;
voltage-controlled oscillators;
bandwidth;
bandwidth 110 kHz to 320 kHz;
current 20 mA to 29 mA;
current consumption;
digital CMOS;
dual-VCO SigmaDelta phase locked loop;
frequency 0.1 GHz to 10 GHz;
frequency 2 MHz;
size 45 nm;
software defined radio;
wide-band frequency synthesizer;
wide-range modulus programmable divider;
programmable dividers;
software-defined;
19.
A 3GHz wideband ∑Δ fractional-N synthesizer with voltage-mode exponential CP-PFD
机译:
具有电压模式指数CP-PFD的3GHz宽带∑Δ分数N合成器
作者:
Hedayati H.
;
Bakkaloglu B.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
frequency synthesizers;
interference suppression;
phase locked loops;
phase noise;
sigma-delta modulation;
CP-PFD;
frequency 100 kHz;
frequency 3 GHz;
frequency 3 MHz;
quantization noise;
type-I PLL loop;
voltage-mode PFD;
wideband SigmaDelta fractional-N synthesizer;
fractional-N frequency synthesizers;
20.
WSA: Advances in CMOS RF power amplifiers for Cellular and IEEE 802 connectivity radios
机译:
WSA:用于蜂窝和IEEE 802连接无线电的CMOS RF功率放大器的进步
作者:
Smith Malcom
;
Dhaliwal Upkar
;
Taylor Stewart
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
21.
A rigorous analysis of local oscillator pulling in frequency and discrete-time domain
机译:
严格分析本地振荡器在频域和离散时域中的拉动
作者:
Chien-Jung Li
;
Chieh-Hsun Hsiao
;
Fu-Kang Wang
;
Tzyy-Sheng Horng
;
Kang-Chun Peng
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
band-pass filters;
phase locked loops;
phase locked oscillators;
band-pass filtering;
discrete-time analysis;
discrete-time domain;
frequency domain;
injection pulling;
local oscillator;
phase locked loop;
wireless applications;
LO spectrum;
Local oscillator (LO) pulling;
phase-locked loop;
22.
A 2Gbps RF-correlation-based impulse-radio UWB transceiver front-end in 130nm CMOS
机译:
130nm CMOS的基于2Gbps射频相关的脉冲无线电UWB收发器前端
作者:
Lei Zhou
;
Zhiming Chen
;
Chun-Cheng Wang
;
Tzeng F.
;
Jain V.
;
Heydari P.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
demodulation;
radiofrequency integrated circuits;
synchronisation;
transceivers;
ultra wideband communication;
BER;
CMOS;
bit rate 2 Gbit/s;
carrier-less RF-correlation-based IR-UWB TRX front-end;
coherent demodulation;
impulse-radio-UWB transceiver front-end;
size 130 nm;
timing resolution;
timing synchronization;
two-step synchronizer;
wireless communication;
RF front-end;
correlator;
edge combination;
impulse-radio (IR)-UWB;
pulse generator;
synchronization;
23.
1–10GHz inductorless receiver in 0.13µm CMOS
机译:
采用0.13µm CMOS的1–10GHz无电感器接收器
作者:
Liuchun Cai
;
Harjani R.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
UHF amplifiers;
UHF mixers;
field effect MIMIC;
low noise amplifiers;
microwave amplifiers;
microwave mixers;
microwave receivers;
radio receivers;
RF frontends designs;
capacitive peaking LNA-mixer circuit;
frequency 1 GHz to 10 GHz;
inductor peaking LNA-mixer circuit;
inductorless wideband radio receiver architecture;
noise figure;
size 0.13 mum;
Inductorless;
RF frontends;
receiver;
wideband;
24.
A 1.7-mW, 16.8 frequency tuning, 24-GHz transformer-based LC-VCO using 0.18-µm CMOS technology
机译:
采用0.18μmCMOS技术的1.7mW,16.8%频率调谐,基于24GHz变压器的LC-VCO
作者:
Yen-Hung Kuo
;
Jeng-Han Tsai
;
Tian-Wei Huang
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
circuit tuning;
field effect MMIC;
high-frequency transformers;
low-power electronics;
voltage-controlled oscillators;
CMOS technology;
current-reused topology;
frequency 22.6 GHz;
frequency 24 GHz;
frequency tuning;
low power voltage-controlled oscillator;
low-power consumption;
oscillation frequency;
power 1.7 mW;
size 0.18 mum;
transformer-based LC-VCO;
CMOS;
low power;
voltage-controlled oscillator (VCO);
wide-tuning-range;
25.
A highly-linear radio-frequency envelope detector for multi-standard operation
机译:
用于多标准操作的高线性度射频包络检波器
作者:
Jeongwon Cha
;
Wangmyung Woo
;
Changhyuk Cho
;
Yunseo Park
;
Chang-Ho Lee
;
Haksun Kim
;
Laskar J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF detectors;
amplitude modulation;
current-mode circuits;
rectifying circuits;
telecommunication standards;
CMOS technology;
WCDMA;
WiMAX;
current-mode full-wave rectifier;
differential voltage-to-current converter;
frequency 1.95 GHz;
frequency 2.4 GHz;
frequency 5 MHz;
highly-linear radio-frequency envelope detector;
multiple wireless standard;
power 1.8 mW;
size 0.18 mum;
voltage 1.8 V;
RF envelope detectors;
current-mode RF circuits;
full-wave rectifiers;
voltage-to-current converters;
26.
Flicker noise in nanoscale pMOSFETs with mobility enhancement engineering and dynamic body biases
机译:
具有迁移率增强工程和动态体偏置的纳米级pMOSFET的闪烁噪声
作者:
Kuo-Liang Yeh
;
Chih-You Ku
;
Wei-Lun Hong
;
Jyh-Chyurn Guo
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
Ge-Si alloys;
MOSFET;
analogue integrated circuits;
carrier mobility;
flicker noise;
nanoelectronics;
radiofrequency integrated circuits;
semiconductor device models;
semiconductor device noise;
semiconductor device reliability;
semiconductor device testing;
semiconductor materials;
stress analysis;
Hooge parameter;
Hooge's mobility fluctuation model;
RF/analog circuits;
SiGe;
compressive strain;
dynamic body biases effect;
mobility enhancement engineering;
nanoscale pMOSFET flicker noise;
strained pMOSFETs;
uni-axia;
27.
A spurious emission reduction technique for power amplifiers using frequency hopping DC-DC converters
机译:
使用跳频DC-DC转换器的功率放大器的杂散减少辐射技术
作者:
Jau-Horng Chen
;
Pang-Jung Liu
;
Chen Y.-J.E.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
DC-DC power convertors;
UHF power amplifiers;
cellular radio;
frequency hop communication;
switching convertors;
RF power amplifiers;
cellular band power amplifier;
frequency 836.5 MHz;
frequency hopping DC-DC converter;
passive components;
ripple voltage;
spurious emission reduction technique;
switching frequency;
DC-DC power conversion;
Power amplifiers;
microwave amplifiers;
radio transmitters;
28.
Temperature compensated BAW resonator and its integrated thermistor for a 2.5GHz electrical thermally compensated oscillator
机译:
用于2.5GHz电热补偿振荡器的温度补偿BAW谐振器及其集成热敏电阻
作者:
Petit D.
;
Cesar E.
;
Bar P.
;
Joblot S.
;
Parat G.
;
Berchaud O.
;
Verdier J.
;
Carpentier J.-F.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
UHF oscillators;
bulk acoustic wave devices;
compensation;
phase noise;
resonators;
surface acoustic wave resonators;
temperature sensors;
thermistors;
differential Colpitts oscillator;
electrical thermally compensated oscillator;
frequency 10 kHz;
frequency 2.5 GHz;
integrated temperature molybdenum sensor;
integrated thermistor;
oscillator phase noise;
temperature -35 degC to 85 degC;
temperature compensated BAW resonator;
BAW-SMR;
Quartz;
Temperature compensation;
29.
Low-loss 0.13-µm CMOS 50 – 70 GHz SPDT and SP4T switches
机译:
低损耗0.13 µm CMOS 50 – 70 GHz SPDT和SP4T开关
作者:
Atesal Y.A.
;
Cetinoneri B.
;
Rebeiz G.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC;
microwave switches;
semiconductor switches;
SP4T switches;
SPDT switches;
deep trenches;
frequency 50 GHz to 70 GHz;
isolation moats;
low-cost CMOS process;
output matching networks;
output port-to-port isolation;
resistance;
return loss;
single-pole double-throw switches;
single-pole four-throw switches;
size 0.13 mum;
0.13-µm CMOS;
SP4T switch;
SPDT switch;
substrate resistance;
30.
A 366mW direct digital synthesizer at 15GHz clock frequency in SiGe Bipolar technology
机译:
采用SiGe双极技术,时钟频率为15GHz的366mW直接数字合成器
作者:
Laemmle B.
;
Wagner C.
;
Knapp H.
;
Maurer L.
;
Weigel R.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
Ge-Si alloys;
bipolar integrated circuits;
direct digital synthesis;
microwave bipolar transistors;
6-bit amplitude;
8-bit phase resolution;
SiGe;
bipolar technology;
broadband application;
clock frequency;
direct digital synthesizer;
frequency 15 GHz;
frequency 200 GHz;
phase-to-amplitude mapping circuit;
power 366 mW;
size 0.35 mum;
spurious free dynamic range;
frequency synthesizer;
heterojunction bipolar transistor;
31.
A CMOS Ku-band single-conversion low-noise block front-end for satellite receivers
机译:
用于卫星接收器的CMOS Ku波段单转换低噪声模块前端
作者:
Zhiming Deng
;
Jiashu Chen
;
Tsai J.
;
Niknejad A.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
MMIC amplifiers;
MMIC frequency convertors;
direct broadcasting by satellite;
field effect MMIC;
low noise amplifiers;
microwave receivers;
CMOS Ku-band single-conversion low-noise block front-end;
current 75 mA;
digital broadcast satellite receivers;
frequency 0.75 GHz to 2.25 GHz;
frequency 10.5 GHz to 13 GHz;
gain 50 dB;
in-band OIP3;
in-band noise figure;
noise figure 2.8 dB to 4.2 dB;
output compression point;
voltage 1.8 V;
CMOS;
Ku-band;
amplifier;
low-noise;
low-noise block;
32.
Low-voltage, inductorless folded down-conversion mixer in 65nm CMOS for UWB applications
机译:
适用于UWB应用的65nm CMOS低压无电感折叠式下变频混频器
作者:
Hampel S.K.
;
Schmitz O.
;
Tiebout M.
;
Rolfes I.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
MMIC mixers;
UHF integrated circuits;
UHF mixers;
field effect MMIC;
flicker noise;
network topology;
ultra wideband technology;
AC-coupled inverter;
CMOS;
RF transconductance;
UWB applications;
current 12 mA;
flicker-noise;
folded circuit topology;
frequency 1 GHz to 10.5 GHz;
frequency 2 MHz;
gain 14.5 dB;
low-voltage down-conversion mixer;
noise figure 6.5 dB;
power 14.4 mW;
power dissipation;
size 65 nm;
voltage 1.2 V;
33.
A 60-GHz CMOS receiver with an on-chip ADC
机译:
具有片上ADC的60 GHz CMOS接收器
作者:
Varonen M.
;
Kaltiokallio M.
;
Saari V.
;
Viitala O.
;
Karkkainen M.
;
Lindfors S.
;
Ryynanen J.
;
Halonen K.A.I.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
analogue-digital conversion;
field effect MIMIC;
low noise amplifiers;
millimetre wave receivers;
CMOS receiver;
analog-to-digital converter;
balanced resistive mixer;
broadband receiver;
frequency 60 GHz;
low noise amplifier;
millimeter-wave front-end;
noise figure 7.0 dB;
on-chip ADC;
size 65 nm;
ADC;
CMOS;
MMIC receivers;
34.
IMS panel sessions
机译:
IMS小组会议
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
35.
CMOS-MEMS variable capacitors with low parasitic capacitance for frequency-reconfigurable RF circuits
机译:
具有低寄生电容的CMOS-MEMS可变电容器,用于频率可重构的RF电路
作者:
Reinke J.
;
Jajoo A.
;
Wang L.
;
Fedder G.
;
Mukherjee T.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
Q-factor;
capacitors;
low noise amplifiers;
micromechanical devices;
power amplifiers;
radiofrequency integrated circuits;
CMOS-MEMS variable capacitors;
RF circuits;
frequency 11 GHz;
frequency 3 GHz;
frequency-reconfigurable circuits;
low noise amplifier;
low parasitic capacitance;
power amplifier;
quality factor;
Q factor;
electrothermal effects;
microelectromechanical devices;
tunable amplifiers;
36.
A high magnetic coupling, low loss, stacked balun in digital 65nm CMOS
机译:
数字65nm CMOS中的高磁耦合,低损耗,堆叠式巴伦
作者:
Akhtar S.
;
Taylor R.
;
Litmanen P.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
MMIC;
baluns;
windings;
balun loss;
differential primary input winding;
digital CMOS;
frequency 1845 MHz;
integrated cellular band balun;
loss 1.55 dB;
magnetic coupling;
single ended spiral winding;
size 65 nm;
stacked balun;
thick aluminum bonding metal layer;
thick copper layer;
65nm;
Balun;
low loss;
receiver;
stacked;
transmitter;
37.
A dual-band CMOS CDMA transmitter without SAW and Driver Amplifier
机译:
没有SAW和驱动器放大器的双频CMOS CDMA发送器
作者:
Farazian M.
;
Asuri B.
;
Yu Zhao
;
Larson L.E.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
MMIC;
code division multiple access;
flip-chip devices;
transmitters;
cellular CDMA;
digital CMOS technology;
dual-band CMOS transmitter;
dual-band I-Q transmitter;
dynamic range;
flip-chip technology;
signal path;
size 65 nm;
ACPR;
CDMA;
Driver Amplifier (DA);
Gilbert cell mixer;
LOleakage;
SAW filter;
SAW-less transmitter;
SSB mixer;
gain control;
switched-transconductance mixer;
up-converter;
38.
A 3-to-5 GHz UWB LNA with a low-power balanced active balun
机译:
具有低功率平衡有源巴伦的3至5 GHz UWB LNA
作者:
Sanghoon Joo
;
Tae-Young Choi
;
Jae-Young Kim
;
Byunghoo Jung
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
MOS integrated circuits;
baluns;
differential amplifiers;
low noise amplifiers;
low-power electronics;
microwave amplifiers;
ultra wideband communication;
IEEE 802.15.4a;
NMOS feedback;
UWB LNA;
balanced active balun;
differential amplifier;
frequency 3 GHz to 5 GHz;
gain 6 dB;
low noise amplifier;
voltage 1.2 V;
wideband input matching;
Active balun;
cross-coupled pair;
low-noise amplifier (LNA);
ultra-wideband (UWB);
39.
A 12.5Gbps analog timing recovery system for PRML optical receivers
机译:
用于PRML光接收器的12.5Gbps模拟定时恢复系统
作者:
Edwards J.
;
Gill C.
;
Tran K.
;
Linder L.
;
Zelenin D.
;
Baranauskas D.
;
Bussmann M.
;
Elahmadi S.
;
Tan H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS integrated circuits;
Ge-Si alloys;
least mean squares methods;
local area networks;
maximum likelihood sequence estimation;
optical receivers;
partial response channels;
synchronisation;
timing jitter;
BiCMOS process;
Datacom;
Ethernet 802.3ae;
G.709 OTU-2;
PRML optical receivers;
SONET OC-192;
SiGe;
Telecom;
XFI receiver jitter specifications;
analog timing recovery system;
bit rate 9.95 Gbit/s to 12.5 Gbit/s;
class-2 partial response maximum likelihood;
decision directed clock recovery architecture;
dispersi;
40.
Wi-Fi/WiMAX dual mode RF MMIC front-end module
机译:
Wi-Fi / WiMAX双模RF MMIC前端模块
作者:
Ping-Hsun Wu
;
Shih-Ming Wang
;
Ming-Wei Lee
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
MMIC;
OFDM modulation;
WiMax;
wireless LAN;
E/D-mode p-HEMT process;
OFDM signals;
Wi-Fi dual mode RF MMIC front-end module;
WiMAX dual mode RF MMIC front-end module;
dual-band power amplifier;
front-end MMIC;
low noise amplifiers;
low pass filter;
single-pole triple-throw antenna switch;
size 0.5 mum;
RF front-end;
Wi-Fi;
dual band;
pHEMT;
power amplifier;
41.
A 24-GHz transformer-based single-in differential-out CMOS low-noise amplifier
机译:
基于24 GHz变压器的单进差出CMOS低噪声放大器
作者:
Jin-Fu Yeh
;
Chu-Yun Yang
;
Hsin-Chih Kuo
;
Huey-Ru Chuang
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
low noise amplifiers;
transformers;
LNA;
RF CMOS technology;
bandwidth 3.5 GHz;
frequency 22.9 GHz to 26.4 GHz;
gain 14.7 dB;
low-noise amplifier;
size 0.13 mum;
transformer-based single-in differential-out CMOS;
trifilar transformer;
wireless communication applications;
CMOS;
K-band;
differential;
single-in differential-out;
42.
Non-decimation FIR filter for digital RF sampling receiver with wideband operation capability
机译:
具有宽带工作能力的数字RF采样接收机的非抽取FIR滤波器
作者:
Changjoon Park
;
Jehyung Yoon
;
Bumman Kim
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
FIR filters;
microwave receivers;
signal processing equipment;
attenuation;
bandwidth 50 MHz;
cascadable filter;
decimation function;
digital RF sampling receiver;
discrete-time filter;
finite impulse response filter;
nondecimation FIR filter;
signal bandwidth;
wideband signal processing;
Digital RF;
FIR filter;
NDF;
decimation;
filter;
wideband;
43.
Social and Special Events
机译:
社会活动和特别活动
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
44.
Guest program
机译:
访客程序
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
45.
Programm
机译:
程序
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
46.
A 0.17-nJ/pulse IR-UWB receiver based on distributed pulse correlator in 0.18-µm digital CMOS
机译:
一个基于0.18-μm数字CMOS中的分布式脉冲相关器的0.17nJ /脉冲IR-UWB接收器
作者:
Jianyun Hu
;
Yunliang Zhu
;
Shang Wang
;
Hui Wu
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
power consumption;
radio receivers;
ultra wideband communication;
IR-UWB receiver;
digital CMOS;
distributed pulse correlator;
energy 0.17 nJ;
frequency 250 MHz;
impulse-radio ultra-wideband receiver;
size 0.18 mum;
47.
A quadrature charge-domain filter with frequency down-conversion and filtering for RF receivers
机译:
具有频率下变频和RF接收器滤波功能的正交电荷域滤波器
作者:
Ming-Feng Huang
;
Lai-Fu Chen
;
Tzu-Lun Chiu
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
active filters;
mixed analogue-digital integrated circuits;
quadrature amplitude modulation;
radio receivers;
64 QAM signal;
CMOS process;
QCDF;
RF receivers;
anti alias filter;
bandwidth 44 MHz;
bit rate 54 Mbit/s;
current 7.7 mA;
frequency down conversion;
frequency filtering;
quadrature charge domain filter;
size 90 nm;
voltage 1.2 V;
Anti-alias filer (AAF);
Charge-domain filter (CDF);
Mixer;
Quadrature CDF (QCDF);
Receiver;
Time-interleaving CDF (TICDF);
48.
A 56GHz LC-tank VCO with 17 tuning range in 65nm bulk CMOS for wireless HDMI applications
机译:
在65nm批量CMOS中具有56%调谐范围的56GHz LC储罐VCO,用于无线HDMI应用
作者:
Jimenez J.
;
Badets F.
;
Martineau B.
;
Belot D.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
field effect MIMIC;
millimetre wave oscillators;
varactors;
voltage-controlled oscillators;
LC-tank VCO;
bulk CMOS integrated circuit;
differential varactors;
digital control bus;
frequency 56 GHz;
size 65 nm;
voltage 1.2 V;
voltage controlled oscillator;
wireless HDMI applications;
word length 3 bit;
.mmW integrated circuits;
CMOS Voltage-Controlled Oscillators;
wireless HDMI;
49.
CMOS UWB pulse generator co-designed with package transition
机译:
CMOS UWB脉冲发生器与封装转换共同设计
作者:
Bourdel S.
;
Gaubert J.
;
Fourquin O.
;
Vauche R.
;
Dehaese N.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
integrated circuit design;
integrated circuit interconnections;
integrated circuit packaging;
lead bonding;
pulse generators;
ultra wideband technology;
CMOS technology;
UWB pulse generator;
package transition;
packaged IC;
size 0.13 mum;
voltage 1.2 V;
wire bond interconnections;
Packaging;
Pulse Generator;
UWB;
50.
A 250-MHz cutoff charge-domain baseband filter with improved stopband attenuations
机译:
具有改善的阻带衰减的250MHz截止电荷域基带滤波器
作者:
Yoshizawa A.
;
Iida S.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
VHF filters;
band-pass filters;
discrete time filters;
notch filters;
CMOS technology;
discrete-time charge-domain baseband filter;
frequency 250 MHz;
frequency 580 MHz;
noninteger-divided frequency;
power 16.6 mW;
size 90 nm;
stopband attenuation notch;
voltage 1.2 V;
zero splitting technique;
CMOS;
Charge-domain filters;
FIR filters;
discrete-time filters;
notch;
51.
A 24 GHz VCO with 20 tuning range in 130-nm CMOS using SOP Technology
机译:
使用SOP技术在130nm CMOS中具有20%调谐范围的24 GHz VCO
作者:
Tormanen M.
;
Sjoland H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
circuit tuning;
frequency multipliers;
microwave oscillators;
system-on-package;
voltage-controlled oscillators;
CMOS technology;
SOP technology;
VCO tuning range;
frequency 1 MHz;
frequency 24 GHz;
frequency 24.6 GHz;
frequency 6 GHz;
high-Q on-carrier inductor;
on-chip frequency doublers;
power 6.9 mW;
power consumption;
size 130 nm;
Flip-chip devices;
Phase noise;
Voltage controlled oscillators;
52.
A 750μW 1.575GHz temperature-stable FBAR-based PLL
机译:
750μW1.575GHz温度稳定的基于FBAR的PLL
作者:
Hu J.R.
;
Wei Pang
;
Ruby R.C.
;
Otis B.P.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
UHF oscillators;
bulk acoustic wave devices;
charge pump circuits;
phase locked loops;
surface acoustic wave resonators;
temperature measurement;
thermal stability;
voltage-controlled oscillators;
VCO;
bulk acoustic wave resonator;
close-in phase noise;
frequency 1.575 GHz;
high-offset noise;
phase-locked loop;
power 750 muW;
quartz locking;
temperature -10 degC to 100 degC;
temperature-stable FBAR-based PLL;
53.
Fully integrated 23dBm transmit chain with on-chip power amplifier and balun for 802.11a application in standard 45nm CMOS process
机译:
完全集成的23dBm发送链,带有片上功率放大器和巴伦,用于标准45nm CMOS工艺中的802.11a应用
作者:
Kidwai A.A.
;
Nazimov A.
;
Eilat Y.
;
Degani O.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
MMIC power amplifiers;
UHF integrated circuits;
UHF power amplifiers;
baluns;
wireless LAN;
802.11a application;
balun matching network;
class AB digital CMOS power amplifier;
efficiency 15 percent;
efficiency 5 percent;
frequency 2.5 GHz;
frequency 5 GHz;
integrated transmit chain;
on-chip power amplifier;
size 45 nm;
EVM;
PAPD;
Power amplifiers;
54.
A 4-antenna transmitter in 0.18µm CMOS using space-time block codes
机译:
采用时空分组码,0.18µm CMOS的4天线发射器
作者:
Neihart N.M.
;
Kuang-Wei Cheng
;
Walling J.S.
;
Sangmin Yoo
;
Allstot D.J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
antennas;
block codes;
power amplifiers;
radio transmitters;
space-time codes;
CMOS;
class AB power amplifier;
integrated antenna transmitter;
size 0.18 mum;
size 4 mm;
size 6 mm;
space time block codes;
55.
A DC-102GHz broadband amplifier in 0.12µm SiGe BiCMOS
机译:
采用0.12µm SiGe BiCMOS的DC-102GHz宽带放大器
作者:
Joohwa Kim
;
Buckwalter J.F.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS integrated circuits;
Ge-Si alloys;
MMIC amplifiers;
UHF amplifiers;
UHF integrated circuits;
VHF amplifiers;
feedback amplifiers;
field effect MIMIC;
field effect MMIC;
millimetre wave amplifiers;
semiconductor materials;
wideband amplifiers;
BiCMOS;
SiGe;
UWB;
bandwidth 102 GHz;
broadband amplifier;
frequency 0 GHz to 102 GHz;
gain 10 dB;
gain-ripple;
group-delay variation;
power 73 mW;
size 0.12 mum;
ultrawideband amplifier scheme;
voltage 2 V;
wideband circuits;
broadband amplifiers;
darlington feedback;
travelin;
56.
Accurate closed-form capacitance extraction formulas for metal fill in RFICs
机译:
RFIC中金属填充的精确闭合形式电容提取公式
作者:
Gaskill S.G.
;
Shilimkar V.S.
;
Weisshaar A.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
MIM devices;
integrated circuit design;
radiofrequency integrated circuits;
MIM capacitor;
RFIC;
closed-form capacitance extraction formulas;
closed-form formulas;
electrostatic capacitance extraction;
floating metal structures;
metal fill patterning;
modern IC processes;
semi-empirical formulas;
size 0.18 mum;
CMP;
Capacitance;
MIM;
Metal Fill;
Polarization;
57.
WSF: Devices and design techniques for advanced handset/mobile PAs
机译:
WSF:高级手机/移动PA的设备和设计技术
作者:
Cheng Nick
;
Ngo David
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
58.
A 5GHz LC VCO with extended linear-range varactor in purely digital 0.15um CMOS Process
机译:
具有纯线性0.15um CMOS工艺的具有扩展线性范围变容二极管的5GHz LC VCO
作者:
Dec A.
;
Akima H.
;
Suyama K.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
MIM devices;
MOSFET;
varactors;
voltage-controlled oscillators;
LC VCO;
MIM-capacitors;
MOS transistors;
MOSFET varactors;
current 4 mA;
divide-by-2;
frequency 1 MHz;
frequency 4.18 GHz to 4.94 GHz;
frequency 5 GHz;
integrated low-dropout voltage regulator;
linear tuning range;
output buffer;
size 0.15 mum;
tuning element;
um CMOS Process;
voltage controlled oscillator;
linear-range varactor;
voltage controlled oscillators;
59.
A gate-modulated CMOS LC quadrature VCO
机译:
门调制CMOS LC正交VCO
作者:
Kuang-Wei Cheng
;
Allstot D.J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF integrated circuits;
UHF oscillators;
integrated circuit noise;
low-power electronics;
network topology;
phase noise;
voltage-controlled oscillators;
CMOS process;
LC tank VCO;
cascode current sources;
circuit tuning;
current 2.4 mA;
loop gain;
low power supply voltage design;
quadrature phase accuracy;
quadrature voltage-controlled oscillator;
size 0.18 mum;
time-varying gate-modulated coupling;
voltage 2.4 V;
voltage headroom characteristics;
CMOS;
I/Q signal generation;
Voltage control;
60.
Design of a CMOS 12 GHz Rotary Travelling Wave Oscillator with switched capacitor tuning
机译:
具有开关电容调谐的CMOS 12 GHz旋转行波振荡器的设计
作者:
Ben Abdeljelil F.
;
Tatinian W.
;
Carpineto L.
;
Jacquemod G.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
SPICE;
microwave oscillators;
travelling wave tubes;
voltage-controlled oscillators;
CMOS rotary travelling wave voltage controlled oscillator;
HFSS;
electromagnetical simulation;
frequency 1.2 GHz;
frequency 12 GHz;
size 0.13 mum;
switched capacitor tuning;
Frequency synthesis;
RF design;
Voltage Controlled Oscillator;
61.
RPM-A: Who will win the battle for the Gigabit Wireless in your home: WirelessHD, 802.11n, wireless USB, or UWB?
机译:
RPM-A:谁能在您的家庭中赢得千兆无线之战:WirelessHD,802.11n,无线USB或UWB?
作者:
Yue C. Patrick
;
Jerng Albert
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
62.
Injection locked oscillator arrays for spectrum analysis
机译:
注入锁定振荡器阵列,用于频谱分析
作者:
Gathman T.D.
;
Buckwalter J.F.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS integrated circuits;
Ge-Si alloys;
injection locked oscillators;
isolation technology;
microwave oscillators;
spectral analysers;
BiCMOS process;
NMOS devices;
SiGe;
frequency 5.1 GHz;
frequency 5.8 GHz;
injection locked oscillator arrays;
isolation;
phase noise characteristics;
size 0.12 mum;
spectrum analysis;
nonlinear oscillators;
spectral analysis;
synchronization;
63.
Detailed author index
机译:
详细作者索引
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
64.
A 5GHz band low noise and wide tuning range Si-CMOS VCO
机译:
5GHz频段低噪声和宽调谐范围Si-CMOS VCO
作者:
Tuan Thanh Ta
;
Kameda S.
;
Takagi T.
;
Tsubouchi K.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
field effect MIMIC;
mixed analogue-digital integrated circuits;
varactors;
voltage-controlled oscillators;
1/f noise;
Si;
complementary metal oxide semiconductor;
frequency 1 MHz;
frequency 5.1 GHz to 6.1 GHz;
low noise VCO;
mixed signal CMOS;
size 0.18 mum;
varactor circuit;
voltage controlled oscillator;
wide tuning range;
5GHz;
CMOS;
VCO;
low noise;
65.
Multiple supply (class-G) linear modulator and PA for non-CE modulation
机译:
多电源(G类)线性调制器和用于非CE调制的PA
作者:
Walling J.S.
;
Taylor S.S.
;
Allstot D.J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
modulators;
power amplifiers;
quadrature phase shift keying;
CMOS class-G linear modulator;
QPSK modulation;
class-E PA;
class-G PA;
class-G supply modulator;
multiple supply linear modulator;
peak-to-average ratios;
power amplifier;
root-raised cosine filter;
size 130 nm;
voltage 1.65 V;
voltage 3.3 V;
Average Efficiency;
Class-E;
Class-G;
EER;
Envelope Elimination and Restoration;
Linearization;
Power Added Efficiency;
Supply Modulation;
66.
A non-uniform GaN power TWA for 2 to 10 GHz suitable for square-wave operation
机译:
适用于方波操作的2至10 GHz的非均匀GaN功率TWA
作者:
Meliani C.
;
Ersoy E.
;
Chaturvedi N.
;
Freyer S.
;
Wurfl J.
;
Heinrich W.
;
Trankle G.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
III-V semiconductors;
gallium compounds;
power amplifiers;
travelling wave amplifiers;
wide band gap semiconductors;
wideband amplifiers;
GaN;
GaN monolithic power amplifier;
bit rate 1 Gbit/s;
bit rate 2 Gbit/s;
broadband amplifier;
frequency 2 GHz to 10 GHz;
gain 7 dB to 11 dB;
power 2.5 W to 4.5 W;
power 5 W;
power TWA;
traveling-wave architecture;
broadband;
power amplifier;
67.
A 65nm CMOS low-noise direct-conversion transmitter with carrier leakage calibration for low-band EDGE application
机译:
具有低带宽EDGE应用的载波泄漏校准的65nm CMOS低噪声直接转换发射器
作者:
Shin-Fu Chen
;
Yi-Bin Lee
;
Chih-Hao Sun
;
Bing-Jye Kuo
;
Guang-Kaai Dehng
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
calibration;
cellular radio;
radio transmitters;
radiofrequency integrated circuits;
CMOS low-noise direct-conversion transmitter;
carrier leakage calibration;
current 21 mA;
current 40 mA;
frequency divider;
gain 0.5 dB;
low-band EDGE application;
power amplifier;
power detector;
programmable-gain I/Q modulator;
size 65 nm;
voltage 1.5 V;
voltage 2.7 V;
CMOS;
DCT;
Divider;
EDGE;
Modulator;
PGA;
Transmitter;
68.
Compact circulator based phase shifter at C-band in BiCMOS
机译:
BiCMOS中基于紧凑型循环器的C波段移相器
作者:
Mayer U.
;
Ellinger F.
;
Eickhoff R.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS integrated circuits;
phase shifters;
BiCMOS;
compact circulator;
current 4.6 mA;
phase control principle;
phase shifter;
spatial diversity transceivers;
voltage 1.8 V;
C-band;
adaptive antenna combining;
circulator;
69.
Two 24 GHz receiver front-ends in 130-nm CMOS using SOP technology
机译:
两个采用SOP技术的130nm CMOS的24 GHz接收器前端
作者:
Tormanen M.
;
Sjoland H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
baluns;
low noise amplifiers;
microwave receivers;
radio receivers;
system-on-chip;
LNA;
active RF balun on-chip;
differential front-end measures;
flip-chipped;
frequency 24 GHz;
glass carrier;
passive mixer;
receiver front-ends;
size 130 nm;
system-on-package technology;
Flip-chip devices;
Frequency conversion;
Microwave mixers;
70.
WSC: Advances in PA and TX architectures
机译:
WSC:PA和TX架构的进步
作者:
Reynaert Patrick
;
Schreurs Dominique
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
71.
On-wafer wireless testing and mismatch monitoring using RF transmitters with integrated antennas
机译:
使用集成天线的RF发射机进行晶圆上无线测试和失配监控
作者:
Piljae Park
;
Chen L.
;
Le Wang
;
Long S.
;
Hyun Kyu Yu
;
Yue C.P.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
III-V semiconductors;
gallium arsenide;
indium compounds;
integrated circuit testing;
loop antennas;
radio transmitters;
semiconductor technology;
CMOS technology;
FSK modulation;
HBT process;
Hartley image reject transmitter;
InGaP-GaAs;
LC tank;
OOK modulation;
RF transmitters;
current reuse LC oscillator;
embedded antenna;
frequency 1.2 GHz;
frequency 5.5 GHz;
fully integrated transmitter;
integrated antennas;
loop antenna;
mismatch monitoring;
on-wafer wireless testing;
process monitoring c;
72.
A 60-GHz band CMOS phased array transmitter utilizing compact baseband phase shifters
机译:
利用紧凑型基带移相器的60 GHz波段CMOS相控阵发射机
作者:
Kishimoto S.
;
Orihashi N.
;
Hamada Y.
;
Ito M.
;
Maruhashi K.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
antenna phased arrays;
beam steering;
field effect MIMIC;
low-power electronics;
millimetre wave antenna arrays;
millimetre wave phase shifters;
transmitting antennas;
CMOS phased array transmitter;
RF front-ends;
RF signal phase;
array antenna system;
bandwidth 600 MHz;
beam steering function;
compact baseband phase shifter;
frequency 60 GHz;
gain 15 dB;
ideally zero power consumption;
power 960 mW;
size 90 nm;
switching baseband signal path;
voltage 1.0 V;
60-GHz band;
90-nm CMOS;
phase shif;
73.
A low-power dual-band oscillator based on band-limited negative resistance
机译:
基于带限负电阻的低功耗双频振荡器
作者:
Catli B.
;
Hella M.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
low-power electronics;
oscillators;
phase noise;
resonators;
band-limited negative resistance;
band-switching mechanism;
capacitively degenerated common collector stage;
frequency 2.1 GHz;
frequency 3.9 GHz;
high order resonance tank;
loss compensation network;
low-power dual-band oscillator;
multiband oscillators;
negative resistance bandwidth;
negative resistance network;
oscillator tank;
power consumption;
74.
Technical program committee members
机译:
技术计划委员会成员
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
75.
Mosaic placement of very high density 3D capacitors for efficient decoupling functionality in the RF domain
机译:
镶嵌非常高密度的3D电容器,以实现RF域中的高效去耦功能
作者:
Tesson O.
;
Le Cornec F.
;
Jacqueline S.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
capacitors;
elemental semiconductors;
integrated circuit layout;
integrated circuit packaging;
monolithic integrated circuits;
multichip modules;
radiofrequency integrated circuits;
silicon;
3D unit cell;
RF MCM;
RF characterization;
Si;
decoupling functionality;
empty space filling;
layout driven method;
mosaic placement;
physical model;
silicon embedded decoupling capacitors;
very high density 3D capacitors;
Capacitance measurements;
Decoupling of systems;
Modeling;
76.
On modeling parasitic control loops in RF SoCs: Cross-coupling and spurious analysis
机译:
关于对RF SoC中的寄生控制环路建模:交叉耦合和寄生分析
作者:
Muhammad K.
;
Chih-Ming Hung
;
Hunsoo Choo
;
Cubukcu E.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
error statistics;
hardware description languages;
interference (signal);
phase noise;
radio transmitters;
system-on-chip;
BER performance;
CMOS process node;
RF SoC;
RF interference;
VHDL based simulation methodology;
cost reduction;
parasitic control loops;
radio transmitter;
spurious analysis;
unintentional cross-couplings;
Bluetooth;
GSM;
RF;
SoC;
VHDL;
behavioral;
cellular;
modeling;
receiver;
transceiver;
transmitter;
verification;
wireless;
77.
A 1.2-V single-sideband upconverter system with high spurious suppression for UWB frequency synthesizers
机译:
用于UWB频率合成器的具有高寄生抑制功能的1.2V单边带上变频器系统
作者:
Siu-Kei Tang
;
Kong-Pang Pun
;
Cheong-Fat Chan
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
frequency synthesizers;
ultra wideband technology;
CMOS process;
SSB upconverter system;
UWB Mode 1 frequency synthesizers;
divide-by-two circuit;
double degeneration technique;
high spurious suppression;
low harmonic distortion;
notch filter;
single-sideband upconverter system;
size 0.18 mum;
voltage 1.2 V;
Frequency synthesizer;
multi-band OFDM (MB-OFDM);
single-sideband (SSB) upconverter;
spurious suppression;
ultra-wideband (UWB);
78.
Dual mode efficiency enhanced linear power amplifiers using a new balanced structure
机译:
采用新型平衡结构的双模效率增强型线性功率放大器
作者:
Zhang G.
;
Shiaw Chang
;
Chen S.
;
Jing Sun
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
3G mobile communication;
code division multiple access;
differential amplifiers;
mobile handsets;
power amplifiers;
3G handset power amplifier;
CELL band;
LIFA feature;
UMTS band;
WCDMA modulation;
balanced amplifier;
enhanced linear power amplifier;
switched load insensitive power amplifier;
HBT;
Linearity;
PAE;
Power amplifier;
79.
A UHF variable gain amplifier for direct-conversion DVB-H receivers
机译:
用于直接转换DVB-H接收机的UHF可变增益放大器
作者:
Meghdadi M.
;
Sharif-Bakhtiar M.
;
Medi A.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS analogue integrated circuits;
UHF amplifiers;
UHF integrated circuits;
digital video broadcasting;
integrated circuit noise;
mobile television;
television receivers;
CMOS fully differential UHF variable gain amplifier;
aspect ratios;
bandwidth 1.4 GHz;
current 3.6 mA;
direct-conversion DVB-H receiver;
gain 15.5 dB to -6.5 dB;
inductorless RF VGA;
input transistors;
linearity;
minimum noise figure;
noise figure 5.8 dB;
noise performance;
size 0.18 mum;
transconductance;
voltage 1.8 V;
voltage gain;
DVB;
LNA;
gain co;
80.
A 5-Gbps optical receiver with monolithically integrated photodetector in 0.18-µm CMOS
机译:
具有单片集成光电检测器且采用0.18-μmCMOS的5Gbps光接收器
作者:
Kao T.S.-C.
;
Carusone A.C.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
amplifiers;
optical receivers;
photodetectors;
CMOS;
integrated optical receiver;
monolithically integrated photodetector;
negative Miller capacitance;
optical receiver;
power 144 mW;
power 183 mW;
power consumption;
size 0.18 micron;
equalizers;
monolithically integrated photodiode;
photodetector;
transimpedance amplifier;
81.
An 8–18GHz 0.18W wideband recursive receiver MMIC with gain-reuse
机译:
具有增益重用的8–18GHz 0.18W宽带递归接收器MMIC
作者:
Desheng Ma
;
Foster Dai F.
;
Jaeger R.C.
;
Irwin J.D.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
BiCMOS integrated circuits;
Ge-Si alloys;
MMIC;
semiconductor materials;
superheterodyne receivers;
BiCMOS technology;
IF amplification;
Ku-band;
RF signal;
SiGe;
X-band;
average voltage gain;
frequency 8 GHz to 18 GHz;
gain 53 dB;
gain-reuse;
mixer;
noise figure 6.7 dB to 7.8 dB;
power 0.18 W;
power 180 W;
size 0.13 mum;
superheterodyne topology;
tunable transconductance stage;
voltage 2.2 V;
wideband recursive receiver MMIC;
BiCMOS;
Ku-band radars;
Wideband receiver;
gain reuse;
82.
A novel CMOS transmitter front-end for mobile RFID reader
机译:
用于移动RFID读取器的新型CMOS发送器前端
作者:
Tongqiang Gao
;
Jingchao Wang
;
Chun Zhang
;
Baoyong Chi
;
Zhihua Wang
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
mobile radio;
radio transmitters;
radiofrequency identification;
radiofrequency integrated circuits;
ASK- modulation;
CMOS transmitter;
EPC global class-1 generation-2;
gain 16.3 dB;
linear power amplifier;
maximum power-added efficiency;
mobile RFID reader;
nonlinear PA;
size 0.18 mum;
transmitter front-end;
up-conversion mixer;
CMOS;
RFID reader;
power amplifier;
transmitter;
83.
A 90nm CMOS highly linear clock bootstrapped RF sampler operating at wide frequency range of 0.5GHz to 5GHz
机译:
一个90nm CMOS高线性时钟自举射频采样器,工作在0.5GHz至5GHz的宽频率范围内
作者:
Sato M.
;
Abe H.
;
Hamada M.
;
Majima H.
;
Kuroda T.
;
Ishikuro H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC;
analogue-digital conversion;
bootstrap circuits;
clocks;
reliability;
signal processing equipment;
CMOS;
MOSFETs;
RF sampler circuit;
clock bootstrapping circuit;
frequency 0.5 GHz to 5 GHz;
off-leakage;
on-resistance;
size 90 nm;
voltage 0.5 V;
voltage 1.2 V;
MOS switch;
RF sampling;
bootstrap;
device reliability;
off leakage;
84.
A 4-channel 24–27 GHz CMOS differential phased-array receiver
机译:
4通道24-27 GHz CMOS差分相控阵接收器
作者:
Yu T.
;
Rebeiz G.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC;
amplifiers;
electrostatic discharge;
microwave receivers;
4-bit phase control;
4-channel CMOS differential phased array receiver;
ESD protection;
VGAs;
bandwidth 3 GHz;
current 155 mA;
frequency 20 GHz to 30 GHz;
integrated baluns;
on-chip coupling;
rms gain error;
rms phase error;
substrate coupling;
voltage 1.5 V;
CMOS receiver;
Phased array;
VGA;
balun;
coupling;
phase shifter;
85.
An inductorless high dynamic range 0.3 − 2.6 GHz receiver CMOS front-end
机译:
无电感器高动态范围0.3-2.6 GHz接收器CMOS前端
作者:
Poobuapheun N.
;
Wei-Hung Chen
;
Boos Z.
;
Niknejad A.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF amplifiers;
circuit tuning;
frequency dividers;
low noise amplifiers;
radio receivers;
wideband amplifiers;
CMOS technology;
current 35 mA;
frequency 0.3 GHz to 2.6 GHz;
frequency divider;
low-noise amplifier;
multigated transistors;
quadrature mixer;
size 0.13 mum;
tuning circuits;
voltage 1.5 V;
wideband receiver front-end;
CMOS;
LNA;
broadband front-end;
mixers;
multi-band receivers;
receiver front-ends;
software defined radio (SDR);
86.
Message from the General Chair
机译:
主席致辞
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
87.
An asymmetric RF tagging IC for ingestible medication compliance capsules
机译:
用于可吸收药物依从性胶囊的非对称RF标签IC
作者:
Hong Yu
;
Chun-Ming Tang
;
Bashirullah R.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF antennas;
UHF integrated circuits;
biomedical telemetry;
drug delivery systems;
finite difference time-domain analysis;
microstrip antennas;
radiofrequency identification;
transponders;
CMOS technology;
FCC telemetry bands;
RF transponders;
asymmetric RF tagging IC;
biocompatible antenna;
finite difference time domain method;
frequency 915 MHz;
human torso;
ingestible medication compliance capsules;
low frequency AC signals;
low power electronic RF tagging device;
phantom solution;
prin;
88.
Software configurable 5.8 GHz radar sensor receiver chip in 0.13 µm CMOS for non-contact vital sign detection
机译:
可配置软件的5.8 GHz雷达传感器接收器芯片,采用0.13 µm CMOS芯片,用于非接触式生命体征检测
作者:
Changzhi Li
;
Xiaogang Yu
;
Dong Li
;
Lixin Ran
;
Jenshan Lin
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
biomedical electronics;
digital signal processing chips;
radar receivers;
sensors;
CMOS;
analog functions on-chip integration;
bandwidth 1 GHz;
baseband flicker noise;
detection range;
digital signal processing;
frequency 5.8 GHz;
noncontact vital sign detection;
operation point;
size 0.13 mum;
software configurable radar sensor receiver chip;
Software configure;
monolithic integrate;
non-contact;
radar;
sensor;
vital sign detection;
89.
A 1.3V 26mW 3.2GS/s undersampled LC bandpass ΣΔ ADC for a SDR ISM-band receiver in 130nm CMOS
机译:
用于130nm CMOS的SDR ISM频段接收器的1.3V 26mW 3.2GS / s欠采样LC带通ΣΔADC
作者:
Beilleau N.
;
Aboushady H.
;
Montaudon F.
;
Cathelin A.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
digital-analogue conversion;
low noise amplifiers;
radio receivers;
sigma-delta modulation;
software radio;
CMOS process;
LNA;
SDR ISM-band receiver;
analog-to-digital converter;
frequency 2.442 GHz;
frequency 3.256 GHz;
power 26 mW;
raised-cosine feedback DAC;
size 130 nm;
software defined radio;
undersampled LC bandpass SigmaDelta ADC;
voltage 1.3 V;
90.
Active feedback interference cancellation in RF receiver front-ends
机译:
射频接收器前端中的主动反馈干扰消除
作者:
Werth T.D.
;
Schmits C.
;
Heinen S.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
feedback;
interference suppression;
radio receivers;
radiofrequency integrated circuits;
CMOS;
RF receiver front-end;
active feedback interference cancellation;
feedback loop;
feedforward method loop selectivity;
frequency 20 MHz;
gain 3 dB;
size 65 mum;
transfer function;
wireless receiver;
CMOS analog integrated circuits;
Receivers;
amplifiers;
bandpass filters;
bandstop filters;
filters;
mixers;
nonlinear distortion;
91.
An ultra-low-power CMOS complementary VCO using three-coil transformer feedback
机译:
采用三线圈变压器反馈的超低功耗CMOS互补VCO
作者:
Chi-Kai Hsieh
;
Kun-Yao Kao
;
Kun-You Lin
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC oscillators;
circuit feedback;
field effect MMIC;
low-power electronics;
phase noise;
transformers;
voltage-controlled oscillators;
complementary cross-coupled structure;
dc consumption;
frequency 8.09 GHz to 8.42 GHz;
offset phase noise;
power 0.66 mW;
size 0.18 mum;
three-coil transformer feedback;
ultra-low-power CMOS complementary VCO;
CMOS;
VCO;
transformer feedback;
92.
Design and modeling of planar transformer-based silicon integrated passive devices for wireless applications
机译:
用于无线应用的基于平面变压器的硅集成无源器件的设计和建模
作者:
Chien-Hsiang Huang
;
Tzu-Chiang Wei
;
Tzyy-Sheng Horng
;
Jian-Yu Li
;
Cheng-Chung Chen
;
Chen-Chao Wang
;
Chi-Tsung Chiu
;
Chih-Pin Hung
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
band-pass filters;
elemental semiconductors;
power combiners;
radiocommunication;
radiofrequency integrated circuits;
silicon;
transformers;
baluns;
bandpass filters;
integrated passive devices;
integrated three-dimensional IC;
planar transformer;
wireless communications;
wireless passive components;
Integrated passive device (IPD);
balun;
bandpass filter;
power combiner;
transformer model;
93.
A 92.6 tuning range VCO utilizing simultaneously controlling of transformers and MOS varactors in 0.13 µm CMOS technology
机译:
利用0.13 µm CMOS技术同时控制变压器和MOS变容二极管的92.6%调谐范围VCO
作者:
Takigawa Y.
;
Ohta H.
;
Qing Liu
;
Kurachi S.
;
Itoh N.
;
Yoshimasu T.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
MMIC oscillators;
UHF integrated circuits;
UHF oscillators;
circuit tuning;
field effect MMIC;
phase noise;
voltage-controlled oscillators;
CMOS technology;
MOS varactors;
UWB;
frequency 1.2 GHz to 3.27 GHz;
frequency tuning range;
resonant circuit;
size 0.13 mum;
transformer-based variable inductors;
ultrawideband voltage-controlled-oscillator;
CMOS;
VCO;
Variable inductor;
Wide-tuning range;
94.
1.1 to 1.9GHz CMOS VCO for tuner application with resistively tuned variable inductor
机译:
用于调谐器应用的1.1至1.9GHz CMOS VCO,带有电阻调谐可变电感器
作者:
Cheng S.J.
;
Zheng Y.
;
Heng C.H.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF integrated circuits;
UHF oscillators;
circuit tuning;
inductors;
low-power electronics;
phase noise;
voltage-controlled oscillators;
CMOS VCO;
CMOS technology;
active resistors;
current 6.8 mA;
frequency 1.1 GHz to 1.9 GHz;
magnetic tuning inductance methods;
power consumption;
resistively tuned variable inductor;
secondary coil current;
size 0.35 mum;
transformer;
tuner application;
voltage 3 V;
voltage controlled oscillator;
CMOS;
VCOs;
magnetic tuning;
resistively-tuned;
wide tuning range;
95.
The first experimental demonstration of a SASP-based full Software Radio receiver
机译:
基于SASP的完整软件无线电接收机的首次实验演示
作者:
Rivet F.
;
Deval Y.
;
Begueret J.-B.
;
Dallet D.
;
Cathelin P.
;
Belot D.
会议名称:
《》
|
2009年
关键词:
analogue processing circuits;
analogue-digital conversion;
discrete Fourier transforms;
mobile radio;
radio receivers;
software radio;
A/D conversion;
RF input signal spectrum;
analog discrete Fourier transform;
discrete analog signal processor;
sampled analog signal processor;
software radio mobile device;
software radio receiver;
spectral envelope;
analog signal processing;
cognitive radio;
96.
A SAW-less CDMA receiver front-end with single-ended LNA and single-balanced mixer with 25 duty-cycle LO in 65nm CMOS
机译:
具有单端LNA和单平衡混频器的无SAW CDMA接收机前端,在65nm CMOS中具有25%的占空比LO
作者:
Khatri H.
;
Li Liu
;
Chang T.
;
Gudem P.S.
;
Larson L.E.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS digital integrated circuits;
UHF integrated circuits;
code division multiple access;
radio receivers;
IIP2;
SAW-less CDMA receiver front-end;
cross-modulation triple beat;
digital CMOS process;
duty-cycle LO;
frequency 1.96 GHz;
gain 37 dB;
noise figure 3 dB;
single-balanced passive mixer;
single-ended LNA;
size 65 nm;
CDMA receiver;
Mixer linearity;
Passive mixer;
Single-balanced mixer;
97.
A 0.13-µm CMOS multi-band WCDMA/HSDPA receiver adopting silicon area reducing techniques
机译:
采用硅面积减小技术的0.13 µm CMOS多频带WCDMA / HSDPA接收机
作者:
Hyunwon Moon
;
Juyoung Han
;
Seung-Il Choi
;
Dongjin Keum
;
Byeong-Ha Park
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
code division multiple access;
elemental semiconductors;
frequency synthesizers;
radio receivers;
silicon;
transceivers;
3GPP bands;
CMOS multi-band WCDMA/HSDPA receiver;
current 45 mA;
frequency synthesizer;
inner diameter and;
integrated inductor structure;
mixed-type DC offset correction technique;
multi-band WCDMA/HSDPA direct-conversion receiver;
multi-band multi-mode RF transceiver;
silicon area reducing techniques;
size 0.13 mum;
voltage 2.8 V;
CMOS;
DCOC;
WCDMA/HSDPA;
direct-conversi;
98.
Cost-effective semiconductor technologies for RF and microwave applications
机译:
用于射频和微波应用的经济高效的半导体技术
作者:
Snowden C.M.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
microwave technology;
semiconductor technology;
RF applications;
cost-effective semiconductor technologies;
microwave applications;
99.
Real-world RFID deployments: What makes them work
机译:
实际的RFID部署:是什么使它们起作用
作者:
Everhart G.W.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
radiofrequency identification;
RFID deployments;
RFID pilots;
sound ROI;
100.
An ultra-low-power 868/915 MHz RF transceiver for wireless sensor network applications
机译:
用于无线传感器网络应用的超低功耗868/915 MHz射频收发器
作者:
van Langevelde R.
;
van Elzakker M.
;
van Goor D.
;
Termeer H.
;
Moss J.
;
Davie A.J.
会议名称:
《Radio Frequency Integrated Circuits Symposium, 2009. RFIC 2009》
|
2009年
关键词:
CMOS integrated circuits;
UHF integrated circuits;
frequency shift keying;
low-power electronics;
system-on-chip;
transceivers;
wireless sensor networks;
CMOS technology;
binary FSK modulation;
bit rate 45 kbit/s;
crystal oscillators;
current 1.6 mA;
current 1.8 mA;
frequency 868 MHz;
frequency 915 MHz;
low power radio;
receiver sensitivity;
size 0.13 mum;
transmitter output power;
ultralow-power RF transceiver;
voltage 1.2 V to 1.5 V;
wireless sensor network applications;
RF transceivers;
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