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Topic: Distributed Amplifiers

Results

A High-Performance Distributed Amplifier Using Multiple Noise Suppression Techniques
2011 / IEEE
By: Yo-Sheng Lin; Jin-Fa Chang;
Analysis and Design of CMOS Distributed Amplifier Using Inductively Peaking Cascaded Gain Cell for UWB Systems
2011 / IEEE
By: Jin-Fa Chang; Yo-Sheng Lin; Shey-Shi Lu;
Ring-Resonator-Inspired Power Recycling Scheme for Gain-Enhanced Distributed Amplifier-Based CRLH-Transmission Line Leaky Wave Antennas
2012 / IEEE
By: Itoh, T.; Sun, J.S.; Yuandan Dong; Wu, C.-T.M.;
A CMOS Distributed Amplifier With Distributed Active Input Balun Using GBW and Linearity Enhancing Techniques
2012 / IEEE
By: Jahanian, A.; Heydari, P.;
Transient link control technique applied to optical hybrid amplifier (EDFA+DFRA) cascades
2012 / IEEE
By: Dumas, B.; Olivares, R.;
Design of an ultra-small distributed low-noise-amplifier for ultra-wideband applications
2011 / IEEE / 978-1-4244-9563-4
By: Nguyen, C.; Huynh, C.; Guan, X.; Chirala, M.K.;
Ultra-High-Speed Transmitter and Receiver ICs for 100 Gbit/s Ethernet Using InP DHBTs
2011 / IEEE / 978-1-61284-712-2
By: Ambacher, O.; Schlechtweg, M.; Walcher, H.; Schubert, C.; Makon, R.E.; Hurm, V.; Rosenzweig, J.; Driad, R.;
Wideband 1 to 6 GHz Ten and Twenty Watt Balanced GaN HEMT Power Amplifier MMICs
2011 / IEEE / 978-1-61284-712-2
By: Chao, P.C.; Kanin Chu; Lender, R.J.; Komiak, J.J.;
Leaky wave antennas based on transmission line metamaterials
2011 / IEEE / 978-1-4577-0509-0
By: Williams, B.S.; Hashemi, M.R.M.; Itoh, T.;
Combined gain-enhanced power recycling feedbacks for distributed amplifier-based CRLH-leaky wave antennas
2011 / IEEE / 978-2-87487-022-4
By: Wu, C.-T.M.; Itoh, T.;
A variable gain distributed amplifier with low voltage and low power in 0.18-�m CMOS technology
2011 / IEEE / 978-2-87487-022-4
By: Che-Chung Kuo; Ze-Yu Liao; Ping Chen; Huei Wang;
A variable gain distributed amplifier with low voltage and low power in 0.18-�m CMOS technology
2011 / IEEE / 978-2-87487-023-1
By: Huei Wang; Che-Chung Kuo; Ze-Yu Liao; Ping Chen;
Bandwidth enhancement of cascode distributed amplifiers using inductive peaking technique and modified m-derived network
2011 / IEEE / 978-0-85825-974-4
By: Yu-Cheng Liu; Hong-Yeh Chang; Shou-Hsien Weng;
C-Ku band ultra broadband GaN MMIC amplifier with 20W output power
2011 / IEEE / 978-0-85825-974-4
By: Kirikoshi, T.; Kamo, Y.; Koyama, H.; Yamanaka, K.; Kuwata, E.; Hirano, Y.; Nakayama, M.;
Dual-fed distributed amplifier-based CRLH-leaky wave antenna for gain-enhanced power combining
2012 / IEEE / 978-1-4673-1780-1
By: Itoh, T.; Wu, C.-T.M.;
Design of a distributed amplifierfor the first higher order passband operation
2012 / IEEE / 978-1-4577-1438-2
By: Zolomy, A.; Vida, Z.;
A three-stage cascaded distributed amplifier with GBW exceeding 1.5THz
2012 / IEEE / 978-1-4673-0416-0
By: Arbabian, A.; Niknejad, A.M.;
A 100 Gb/s Ethernet modulator driver module based on coplanar GaAs PHEMT distributed MMIC amplifier
2012 / IEEE / 978-1-4673-1088-8
By: Riddle, Alfred; Morkner, Henrik; Kennan, Wayne; Mahon, Simon;
A 6.2-Vpp 100-Gb/s Selector-Driver based on a differential distributed amplifier in 0.7-�m InP DHBT technology
2012 / IEEE / 978-1-4673-1088-8
By: Nodjiadjim, V.; Dupuy, J.-Y.; Ouslimani, A.; Godin, J.; Konczykowska, A.; Berdaguer, P.; Riet, M.; Jorge, F.;
A 6-bit segmented RZ DAC architecture with up to 50-GHz sampling clock and 4 Vpp differential swing
2012 / IEEE / 978-1-4673-1088-8
By: Schvan, Peter; Balteanu, Andreea; Voinigescu, Sorin P.;
A 2.4-$\hbox{V} _{\rm pp}$ 60-Gb/s CMOS Driver With Digitally Variable Amplitude and Pre-Emphasis Control at Multiple Peaking Frequencies
2011 / IEEE
By: Schvan, P.; Aroca, R.A.; Voinigescu, S.P.;
Design and Experimental Performance of Diplexing MMIC Distributed Amplifier
2013 / IEEE
By: Mata-Contreras, J.; Palombini, D.; Martin-Guerrero, T. M.; Limiti, E.; Camacho-Penalosa, C.;
An 8-bit 100-GS/s Distributed DAC in 28-nm CMOS for Optical Communications
2015 / IEEE
By: Berroth, M.; Grozing, M.; Heilmeyer, J.; Huang, H.; Rosenkranz, W.; Leibrich, J.;
A Ka -Band Monolithic Bidirectional Up-Down Converter for High-Speed Applications
2014 / IEEE
By: Wang, Y.-C.; Wu, P.-S.; Chang, H.-Y.; Weng, S.-H.;
InP DHBT wideband amplifiers with up to 235 GHz bandwidth
2014 / IEEE
By: Eriksson, Klas; Zirath, Herbert; Darwazeh, Izzat;
DC to 6.5 GHz highly linear low-noise AlGaN/GaN traveling wave amplifier with diode predistortion
2014 / IEEE
By: Coers, Malte; Bosch, Wolfgang;
An 8-bit 100-GS/s distributed DAC in 28-nm CMOS
2014 / IEEE
By: Grozing, Markus; Heilmeyer, Johannes; Huang, Hao; Berroth, Manfred;
Watt-level non-uniform distributed 6–37 GHz power amplifier MMIC with dual-gate driver stage in GaN technology
2014 / IEEE
By: Dennler, Philippe; Ambacher, Oliver; Schlechtweg, Michael; Bruckner, Peter; Quay, Rudiger;
A high-speed CMOS comparator for use in an ADC
1988 / IEEE
By: Sodini, C.G.; McCarroll, B.J.; Lee, H.-S.;
Vector S-parameter measurements of the superconducting vortex flow transistor
1988 / IEEE
By: Nordman, J.E.; Beyer, J.B.; McGinnis, D.P.;
Noise in two-tier matrix amplifiers
1988 / IEEE
By: Niclas, K.B.; Chang, A.P.;
Nonlinear design procedures for single-frequency and broad-band GaAs MESFET power amplifiers
1988 / IEEE
By: Brazil, T.J.; Scanlan, S.O.;
Power-bandwidth considerations in the design of MESFET distributed amplifiers
1988 / IEEE
By: Prasad, S.N.; Chang, I.-S.; Beyer, J.B.;
Via hole studies on a monolithic 2-20 GHz distributed amplifier
1988 / IEEE
By: Zdasiuk, G.A.; Day, M.; Cooper, C.B., III; Salimian, S.; Bandy, S.G.; Yuen, C.;
Optical narrow-band filters using optical amplification with distributed feedback
1988 / IEEE
By: Magari, K.; Fukuda, M.; Oe, K.; Kawaguchi, H.;
Total dose and transient radiation effects on GaAs MMICs
1988 / IEEE
By: Meulenberg, A.; Anderson, W.T.; Peterson, K.E.; Hung, H.-L.A.;
A monolithic 3 to 40 GHz HEMT distributed amplifier
1988 / IEEE
By: Glenn, M.; Nishimoto, C.; Yuen, C.; Zdasiuk, G.; Bandy, S.; Pao, Y.C.;
2 to 42 GHz flat gain monolithic HEMT distributed amplifiers
1988 / IEEE
By: Meunier, J.-C.; Wolny, M.; Deswarte, A.; Gamand, P.; Chambery, P.;
2-26 GHz MMIC frequency converter
1988 / IEEE
By: Miller, M.; Titus, W.;
The hybridized front end electronics of the central drift chamber in the Stanford Linear Collider Detector
1988 / IEEE
By: Pregernig, L.; Larson, R.; Haller, G.; Freytag, D.; Moss, J.; Kirsten, F.A.; Yim, A.; Goulding, F.S.; Jared, R.C.; Nakamura, M.; Lo, C.C.;
Comparison of computational methods for MESFET intermodulation characteristics
1988 / IEEE
By: Stewart, J.A.C.; Fusco, V.; El-Rabaie, S.; Brazil, T.J.;
DC-20 GHz N*M passive switches
1988 / IEEE
By: Miller, M.E.; Schindler, M.J.; Simon, K.M.;
A K/Ka-band distributed power amplifier with capacitive drain coupling
1988 / IEEE
By: Zaitlin, M.P.; Wendler, J.P.; Schindler, M.J.; Dormail, J.R.; Miller, M.E.;
Analysis of the oscillation conditions in distributed amplifiers
1989 / IEEE
By: Gamand, P.;
Lower bound on the eigenvalues of the characteristic equation for an arbitrary multilayered gyromagnetic structure with perpendicular magnetization
1989 / IEEE
By: Mazur, J.; Mrozowski, M.;
GaAs HEMT lossy match amplifiers
1988 / IEEE
By: Takeda, A.; Ito, Y.;
Optimization of distributed monolithic GaAs amplifiers using an analytical/graphical technique
1988 / IEEE
By: Harrison, R.G.; Ross, M.;
A distributed broadband monolithic frequency multiplier
1988 / IEEE
By: Sapashe, C.A.; Halladay, R.H.; Bingham, S.D.; Pavio, A.M.;
The dual-fed distributed amplifier
1988 / IEEE
By: Law, C.; Bukhari, N.; Aitchison, C.S.; Nazoa-Ruiz, N.;
A 100-kHz-22-GHz instrumentation photoreceiver
1988 / IEEE
By: Miller, C.M.; Derickson, D.J.; Van Tuyl, R.L.;
Attenuation compensation in distributed amplifier design
1989 / IEEE
By: Beyer, J.B.; Deibele, S.;
A broadband low noise dual gate FET distributed amplifier
1989 / IEEE
By: Thompson, W.J.;
Monolithic HEMT LNAS for radar, EW, and COMM
1989 / IEEE
By: Kong, W.M.; Jabra, A.A.; Goldstick, D.I.; Snow, K.H.; Upton, M.A.G.; Kao, M.-Y.; Wypych, K.A.; Lee, B.R.; Tessmer, G.J.; Ho, P.; Kopp, W.F.;
Design and performance of a 2-18 GHz monolithic matrix amplifier
1989 / IEEE
By: Cantos, B.D.; Niclas, K.B.; Chang, A.P.; Strifler, W.A.;
A novel 4-18 GHz monolithic matrix distributed amplifier
1989 / IEEE
By: Platzker, A.; Cole, J.B.; Tajima, Y.; Chu, S.L.G.; Schindler, M.J.;
A data-parallel integrated signal detection architecture
1989 / IEEE
By: Wightman, C.W.; Hubbard, A.E.;
Design and performance of a 2-18 GHz monolithic matrix amplifier
1989 / IEEE
By: Niclas, K.B.; Chang, A.P.; Strifler, W.A.; Cantos, B.D.;
A novel 4-18 GHz monolithic matrix distributed amplifier
1989 / IEEE
By: Schindler, M.J.; Platzker, A.; Cole, J.B.; Tajima, Y.; Chu, S.L.G.;
The design and performance of large signal distributed microwave amplifiers
1989 / IEEE
By: Sobhy, M.I.; Castelino, A.J.;
A highly directive, broadband, bidirectional distributed amplifier
1989 / IEEE
By: Byrne, J.W.; Beyer, J.B.;
Computer-aided design of MESFET distributed amplifier
1989 / IEEE
By: Vai, M.-K.; Prasad, S.;
A 1 to 40 GHz MESFET hybrid distributed amplifier
1989 / IEEE
By: Bender, Y.W.; Deredec, G.; Brouzes, H.;
Design technique for high power, high efficiency, broadband distributed amplifiers
1989 / IEEE
By: Cole, J.B.; Platzker, A.;
Monolithic high-voltage FET power amplifiers
1989 / IEEE
By: Huang, H.C.; Noble, T.F.; Phelleps, F.R.; Hung, H.-L.; Peterson, K.E.;
Taper and forward-feed in GaAs MMIC distributed amplifiers
1989 / IEEE
By: Harrison, R.G.; Ross, M.; Surridge, R.K.;
Active broadband impedance transformations using distributed techniques
1989 / IEEE
By: Cioffi, K.R.;
Statistics of laser intensity after passing through an amplifier with stochastic gain distributions
1989 / IEEE
By: Tarng, J.H.; Yang, C.C.;
A wide-bandwidth high-gain small-size distributed amplifier with field-emission triodes (FETRODEs) for the 10 to 300 GHz frequency range
1989 / IEEE
By: Kosmahl, H.G.;
Broad-band distributed amplifier impedance-matching techniques
1989 / IEEE
By: Cioffi, K.R.;
Coupled-wave small-signal transient analysis of GaAs distributed amplifier
1990 / IEEE
By: Wong, T.T.Y.; Han, K.;
Feedback in distributed amplifiers
1990 / IEEE
By: Li, G.; Ching, L.Y.; Bandy, S.; Riaziat, M.;
Applications of traveling-wave laser amplifiers in subcarrier multiplexed lightwave systems
1989 / IEEE
By: Cheung, N.K.; Lee, T.P.; Zah, C.E.; Way, W.I.;
FM microwave multiplexed broad-band distribution systems using Er/sup 3+/ fiber amplifiers and preamplifiers
1990 / IEEE
By: Eichen, E.; Wei, T.; Olshansky, R.; Miniscalco, W.J.; McCabe, J.;
Computer-aided design of monolithic MESFET distributed amplifiers
1990 / IEEE
By: Vai, M.-K.; Prasad, S.;
Applications of traveling-wave laser amplifiers in subcarrier multiplexed lightwave systems
1990 / IEEE
By: Zah, C.-E.; Way, W.I.; Lee, T.-p.;
A basic concept to reduce the frequency distortion of distributed amplifiers
1990 / IEEE
By: Hartnagel, H.L.;
Multifunction SAG process for high-yield, low-cost GaAs microwave integrated circuits
1990 / IEEE
By: Drinkwine, M.J.; Bahl, I.J.; Grzyb, J.A.; Griffin, E.L.; Geissberger, A.E.;
Divider and combiner line-unified FET's as basic circuit function modules. I
1990 / IEEE
By: Tokumitsu, T.; Aikawa, M.; Takenaka, T.; Hara, S.;
GaAs IC's fabricated with the high-performance, high-yield multifunction self-aligned gate process for radar and EW applications
1990 / IEEE
By: Griffin, E.L.; Sadler, R.A.; Geissberger, A.E.; Pollman, M.D.; Bahl, I.J.; Singh, H.P.; Naber, J.F.; Willems, D.A.;
Characterization of surface-undoped In/sub 0.52/Al/sub 0.48/As/In/sub 0.53/Ga/sub 0.47/As/InP high electron mobility transistors
1990 / IEEE
By: Harris, J.S., Jr.; Bechtel, N.G.; Archer, J.; Majidi-Ahy, R.; Nishimoto, C.K.; Pao, Y.-C.;
On power distribution in additive amplifiers
1990 / IEEE
By: Niclas, K.B.; Chang, A.P.; Pereira, R.R.;
20 Gb/s optical soliton data transmission over 70 km using distributed fiber amplifiers
1990 / IEEE
By: Iwatsuki, K.; Nakagawa, K.; Saruwatari, M.; Nishi, S.; Suzuki, K.;
5-100 GHz InP coplanar waveguide MMIC distributed amplifier
1990 / IEEE
By: Glenn, M.; Tan, Z.C.H.; Riaziat, M.; Nishimoto, C.K.; Majidi-Ahy, R.; Silverman, S.; Bandy, S.G.; Zdasiuk, G.A.; Pao, Y.-C.; Weng, S.-L.;
High-gain, low-noise monolithic HEMT distributed amplifiers up to 60 GHz
1990 / IEEE
By: Pao, Y.C.; Nishimoto, C.; Yuen, C.; Zdasiuk, G.; Bandy, S.; Day, M.;
Noise power sensitivities and noise figure minimization of two-ports with any internal topology
1991 / IEEE
By: Dobrowolski, J.A.;
Propagation of signal and noise in concatenated erbium-doped fiber optical amplifiers
1991 / IEEE
By: Desurvire, E.; Giles, C.R.;
A review of the fabrication and properties of erbium-doped fibers for optical amplifiers
1991 / IEEE
By: Ainslie, B.J.;
Performance of a distributed erbium-doped dispersion-shifted fiber amplifier
1991 / IEEE
By: Becker, P.C.; Olsson, N.A.; Mollenauer, L.F.; Shang, H.-T.; Kranz, K.S.; Simpson, J.R.; Neubelt, M.J.; Lemaire, P.J.;
Noise measurements on distributed-feedback optical amplifiers used as tunable active filters
1991 / IEEE
By: Goldstein, E.L.; Teich, M.C.;
High-linearity, low DC power GaAs HBT broadband amplifiers to 11 GHz
1989 / IEEE
By: Allen, B.R.; Dixit, R.; Perry, C.B.; Nelson, B.L.; Kim, M.E.; Umemoto, D.K.; Camou, J.B.; Oki, A.K.;
A monolithic 0.5 to 50 GHz MODFET distributed amplifier with 6 dB gain
1989 / IEEE
By: Taylor, T.; Li, C.; Kondoh, H.; Mierzwinski, M.; Perdomo, J.;
A 2-18 GHz non-blocking active 2*2 switch
1989 / IEEE
By: Simon, K.M.; Schindler, M.J.;
Distributed vector modulation for broadband phase control
1989 / IEEE
By: Komiak, J.; Porter, G.; Kennedy, J.; McPherson, D.; Helms, D.;
Advanced Light Source Master Oscillator
1989 / IEEE
By: Baptiste, K.; Taylor, B.; Lo, C.C.;
Far field beam pattern of one MW combined beam of laser diode array amplifiers for space power transmission
1989 / IEEE
By: Kwon, J.H.; Lee, J.H.;
Cryogenic performance of a GaAs MMIC distributed amplifier
1991 / IEEE
By: Trimble, W.C.; Moore, C.R.; Sanderson, T.R.; Edwards, M.L.;
Characterization and modeling of amplified spontaneous emission in unsaturated erbium-doped fiber amplifiers
1991 / IEEE
By: Zirngibl, M.; Desurvire, E.; DiGiovanni, D.; Presby, H.M.;
A comparison of evolutionary paths: tapped fiber vs. fiber-reinforced coaxial CATV systems
1990 / IEEE
By: Large, D.;
22 W coherent GaAlAs amplifier array with 400 emitters
1991 / IEEE
By: Herrick, R.; Krebs, D.; Levy, J.; Driemeyer, D.; Struemph, F.; Harting, W.; No, K.;
Amplified integrated star couplers with zero loss
1991 / IEEE
By: Giles, C.R.; Presby, H.M.;

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